Welcome Addresses

ECCOMAS Awards:
PhD Awards
Olgierd Cecil Zienkiewicz Award
Jacques Louis Lions Award

ECCOMAS Medals:
The Prandtl Medal
The Euler Medal

PLENARY LECTURE
Hybrid Twin™ : when data-driven mechanics joins advanced model order reduction to define real-time dynamic data-driven application systems
Francisco Chinesta, Jean-Louis Duval, Emmanuelle Abisset and Elias Cueto

Progressive damage analysis of layered carbon fiber reinforced composites (Keynote Lecture)
Jaan-Willem Simon, Daniel Höwer, Stefanie Reese and Jacob Fish

XFEM-CZM combination for the numerical treatment of ductile fracture
Johannes Wolf, Konstantinos Nikolakopoulos, Patrice Longère, Jean-Philippe Crété and Jean-Marc Cadou

The Discontinuity-Enriched Finite Element Method (DE-FEM) for Simulating 3-D Fracture Problems
Jian Zhang, Fred van Keulen and Alejandro Aragón

An explicit enriched finite volume scheme for the simulation of discontinuities induced by spallation
Marie Gorecki, Guillaume Peillex, Laurianne Pillon and Nicolas Moes

Machining 2D FEM study of long fibre reinforced unidirectional laminates using a linear continuum damage technique
Fernando Cepero Mejias, Jose L. Curiel Sosa and Vaibhav A. Phadnis

Development of Rousselier model for creep damage problems with eXtended finite element method (XFEM) approach
Meor Iqram Meor Ahmad, Jose L. Curiel Sosa and Jem A. Rongong

‘On the fly‘ snapshot selection for hyper-reduced Proper Orthogonal Decomposition with application to nonlinear dynamic (Keynote Lecture)
Pierre Phalippou, Salim Bouabdallah, Piotr Breitkpof and Pierre Villon

Hierarchical reduced basis methods
Karsten Urban

A nonlinear a-priori Hyper-Reduction method for the dynamic simulation of a car tire rolling over a rough road surface
Daniel De Gregoriis, Frank Naets, Peter Kindt and Wim Desmet

A procedure for continues estimation of system input force and states
Abbas Kazemi Amiri and Christian Bucher

Topology optimization of straight-channel cooling structures for efficient heat transfer and mechanical behaviors (Keynote Lecture)
Mingdong Zhou and Xi Zhao

Topology design via physics-based surrogate optimization for complex fluid problems
Kentaro Yaji, Shintaro Yamasaki and Kikuo Fujita

Computation of accurate adjoint-based gradients for optimization in conjugate heat transfer problems
Ole Burghardt, Tim Albring and Nicolas R. Gauger

Multiobjective topology optimization applied to conjugate heat transfer problem
Vignaesh Subramaniam, Talib Dbouk and Jean-Luc Harion

A modified search direction method with weakly imposed KKT conditions for gradient based constraint optimization for very large problems
Long Chen, Armin Geiser, Roland Wüchner and Kai-Uwe Bletzinger

Improvement of the conjugate heat transfer in high temperature chamber furnaces for ceramic firing
Kalin S. Krumov and Nina Y. Penkova

Geometrically exact finite element formulations for highly slender beams and their interaction: Kirchhoff-Love theory vs. Simo-Reissner theory
Christoph Meier, Alexander Popp, Maximilian J. Grill and Wolfgang A. Wall

Revision of beam modeling with large rotations
Anthoula Panteli and Konstantinos Spiliopoulos

A multibody dynamics approach for the transient simulation of ropeway systems
Johannes Gerstmayr and Robert Winkler

Strain invariance in geometrically exact 3D beams: relationship between approaches on two different configuration manifolds
Maja Gacesa and Gordan Jelenic

Investigation of adaptive time-step strategies for high-order accurate turbulent simulations (Keynote Lecture)
Gianmaria Noventa, Francesco C. Massa, Stefano Rebay, Alessandro Colombo, Francesco Bassi and Antonio Ghidoni

Collocation Time Stepping Methods via Flux Reconstruction Approach
H. T. Huynh

On numerical integrations of discontinuous Galerkin methods over high-order curved elements
Hojun You and Chongam Kim

Insights on the Coercivity of the ESFR methods for Elliptic Problems
Siva Nadarajah and Samuel Quaegebeur

A high-order solver for simulations of magnetohydrodynamics flows
Xiaoliang Zhang and Chunlei Liang

Optimized accelerated implicit-explicit schemes for high-order unstructured methods
Brian C. Vermeire and Siavash Hedayati Nasab

Locally bound preserving limiters on unstructured meshes for hyperbolic problems (Keynote Lecture)
Andrew Giuliani and Lilia Krivodonova

High-order hybridized discontinuous galerkin (HDG) method and a multigrid solver for magnetohydrodynamic (MHD) applications
Sriramkrishnan Muralikrishnan, Tim Wildey, Tan Bui-Thanh and John Shadid

An adaptive HDG method for the Brinkman problem
Rodolfo Araya, Manuel Solano and Patrick Vega

A high-order hybridizable discontinuous Galerkin Method for gas kinetic euqation
Wei Su, Peng Wang, Yonghao Zhang and Lei Wu

Co-processing and post-processing of high order polynomial solutions on massively parallel systems
Michel Rasquin and Koen Hillewaert

Experimental testing and modelling of expanded glass granules under high compression
Christian Woitzik, Mohsin A. Chaudry, Peter Wriggers and Alexander Düster

Numerical modelling of collision of particle-filled structures
Mohsin A. Chaudry, Christian Woitzik, Christian Weißenfels, Alexander Düster and Peter Wriggers

On the impact of cohesion on the bulk properties of a powder bed in Additive Manufacturing using Discrete Element Method (DEM) simulations
Sina Haeri, Duncan Bailey, Matthew Calder, Brendan Clark, Allan Rogalsky and Ehsan Toyserkani

Dynamics and energetics of a vertically stirred mill: a validated discrete element method (DEM) model via positron emission particle tracking (PEPT)
Domenico Daraio, Jose Villoria, Andrew Ingram, Alessio Alexiadis, Hugh Stitt and Michele Marigo

Dense flow avalanche pressure on obstacle studied with DEM
Michael Kyburz, Betty Sovilla, Johan Gaume and Christophe Ancey

Modeling crack propagation for snow slab avalanche release with discrete elements
Gregoire Bobillier, Johan Gaume, Alec Van Herwijnen and Jurg Schweizer

A numerical approach for simulating damage, healing and capillary flow in cementitious materials (Keynote Lecture)
Anthony D. Jefferson and Brubeck L. Freeman

Modeling alkali-silica-reaction in reinforced concrete structures combining kinetics and fracture mechanics
Libor Jendele, Karolina Hajkova, Vít Šmilauer and Jan Cervenka

Modelling the mechanical response of adobe components under uniaxial loadings
Tiziano Li Piani, Jaap Weerheijm, Lambertus Koene and Lambertus J. Sluys

Modeling temperature-driven moisture flow in porous media
Christoph Pohl and Jörg F. Unger

Mesoscale concrete modelling with combined concrete damage plasticity model and cohesive zone model under uniaxial tension and compression
Jiaming Wang, Andrey P. Jivkov, Dirk L. Engelberg and Qingming Li

Cellular materials with giant positive or negative thermal expansion (Keynote Lecture)
Hanxing Zhu

A hybrid approach for consideration of the elastic-plastic behaviour of open-cell ceramic foams
Christoph Settgast, Geralf Hütter, Martin Abendroth and Meinhard Kuna

Simple estimation technique of mechanical properties of inhomogeneous porous structures
Kuniharu Ushijima, Dai-Heng Chen and Wesley Cantwell

Vibration damping properties of porous materials
Lucie Rouleau, Alain Guinault and Jean-François Deü

Modelling myocardial infarction in the heart (Keynote Lecture)
Xin Zhuan, Hao Gao , Ken Mangion, Colin Berry , Ray W. Ogden and Xiaoyu Luo

A parallel domain decomposition method for computational biomechanics
Xiao-Chuan Cai

A structurally-based constitutive model of heart failure
Abdallah I. Hasaballa, Vicky Y. Wang, Gregory B. Sands, Alexander J. Wilson, Alistair A. Young, Ian J. LeGrice and Martyn P. Nash

Immersed boundary finite element hyperelastic heart model
Charles Puelz, Margaret A. Smith, Simone Rossi, Greg Sturgeon, Paul Segars and Boyce E. Griffith

Modelling of a human mitral valve within left ventricle with fluid-structure interaction
Hao Gao, Liuyang Feng, Colin Berry, Boyce E. Griffith and Xiaoyu Luo

Computational model of a heart chamber
Laryssa Abdala, Carlos Eduardo Mady and Maicon Correa

Multi-objective optimization of a morphing aerofoil’s active internal structure (Keynote Lecture)
Florian Dexl, Andreas Hauffe and Klaus Wolf

Topology optimization of geotechnical designs involving ultimate limit states
Stijn François, Wannes Stalmans and Mattias Schevenels

Optimization based analysis of the effect of particle spatial distribution on the elastic behaviour of PRMMC
Lorenzo Gentile, Dario Giugliano, Enrico Cestino, Giacomo Frulla and Edmondo Minisci

Stochastic topology optimization in high-performance computing clusters using adaptive mesh refinement algorithms
Joan Baiges, Jesús Martínez-Frutos, David Herrero-Pérez, Fermín Otero and Àlex Ferrer

Optimization of frame structures: Topology, shape and sizing
Alexander Keller, Ingo Münch and Werner Wagner

Reduced-Order Model and Adjoint Sensitivity Analysis for Geometrically Nonlinear Topology Optimization Problems
Yi Zhang, Dirk Munro, Xiaoqian Chen and Fred van Keulen

A level-set method for interfacial heat or mass transfer in two-phase flows (Keynote Lecture)
Néstor Balcázar, Óscar Antepara, Joaquim Rigola and Asensi Oliva

Liquid vapor phase transitions: modeling, Riemann solvers and computation
Christoph Zeiler

Numerical study of a pressure-swirl atomizer using LES/VOF
Erkki Laurila and Ville Vuorinen

An arbitrary lagrangian eulerian approach with exact mass conservation for the numerical simulation of the 3D rising bubble problem
Cagatay Guventurk and Mehmet Sahin

Flow simulation inside packaging machines: moving interface problems
Fabian Key and Stefanie Elgeti

Level-set based numerical simulation of bubble growth in a droplet
Seongwook Cho and Gihun Son

A cute finite element method with boundary value correction for modelling Kirchhoff plates
Erik Burman, Peter Hansbo and Mats G. Larson

High-order fictitious domain methods for thin structures
Gregory Legrain and Nicolas Moës

Development of methods for weak imposition of Dirichlet boundary conditions for fictitious finite element analysis
Kaizhou Lu, Charles Augarde and William M. Coombs

A new class of generalized finite element spaces for problems with immersed boundaries
Susanne Hoellbacher and Gabriel Wittum

Scalable iterative solvers for immersed finite element methods
Frits de Prenter, Clemens V. Verhoosel, Joseph Benzaken, John A. Evans and Harald van Brummelen

Large-scale simulations with unfitted finite element techniques
Francesc Verdugo, Santiago Badia and Alberto F. Martín

Zonal flow solver (ZFS): a highly efficient multi-physics simulation framework
Andreas Lintermann and Wolfgang Schröder

CFD simulation on arm architecture; running openfoam on Isambard
Gavin Tabor, David Acreman, Steven J. Daniels, Hrvoje Jasak, Fred Mendonca and Pawan Ghildiyal

Profiling and application of the multi-scale universal interface (MUI)
Alex Skillen, Stephen M. Longshaw, Gregory Cartland-Glover, Charles Moulinec and David R. Emerson

High-performance adaptive CFD simulations for real-world applications
Massimiliano Leoni, Johan Jansson and Johan Hoffman

Strategies for the heterogeneous execution of large-scale simulations on hybrid supercomputers
Xavier Álvarez, Andrey Gorobets and Francesc X. Trias

A feasibility study on large-scale TASEP simulations using cutting-edge vector processors
Satori Tsuzuki, Daichi Yanagisawa and Katsuhiro Nishinari

Meshless method applied to low speed wing aeroelasticity
Reza Moosavi

A scale-determining model with a focus on Low-Reynolds number and near-wall turbulence
Jo-Soon Cheong, Youhwan Shin and Min-Ho Kang

Numerical simulation of a particle transport in the flat channel
Dmitriy Kuranakov, Denis Esipov, Vasiliy Lapin and Leonid Anisyutin

A novel algorithm based on variational inequalities to model surface textured contacts with slip at the walls
Luca Biancofiore, Matteo Giacopini and Daniele Dini

Exploring elasto-hydrodynamic lubrication using a finite volume CFD based method
Damon Lee, Amir Kadiric, Daniele Dini and Efstathios Ioannides

System-level and multiscale modelling of energy harvesters for wireless autonomous transducer systems (Keynote Lecture)
Claudio Maruccio, Giuseppe Quaranta, Francesco Guido, Maria Teresa Todaro and Massimo De Vittorio

Harvesting energy from coupled piezoelectric and multiple electromagnetic harvesters
Rajarathinam Murugesan and Shaikh Faruque Ali

Energy harvesting with the effects of leakage currents for ferroelectric nanogenerators
Franziska J. Wöhler, Ingo Münch and Werner Wagner

Computational homogenization for (Li-ion) battery cells
Alberto Salvadori, Marco Magri, Buket Boz and Tanmay Dev

Numerical investigation of inert and reactive spray characteristics during pilot injection of a dual fuel injector
Jens Frühhaber, Andreas Peter, Sebastian Schuh, Thomas Lauer, Michael Wensing, Franz Winter, Peter Priesching and Klaus Pachler

Application of CFD simulation to optimize combustion in Prechamber gas engines with port injection
Hubert Winter, Eduard Schneßl, Gerhard Pirker, Jan Zelenka and Andreas Wimmer

Impact of gasoline surrogates with different fuel sensitivity (RON-MON) on knock prediction
Corinna Netzer, Lars Seidel, Harry Lehtiniemi, Frédéric Ravet and Fabian Mauß

Efficient CFD Simulations of Combustion and Emission Processes by Applying a Tabulated Chemistry Approach
Peter Priesching, Mijo Tvrdojevic, Ferry Tap and Casper Meijer

On analysis and discretization of operator functions (Keynote Lecture)
Christian Engström

Flexible krylov-type methods for electronic structure calculations
Agnieszka Miedlar and Yousef Saad

An adaptive finite element method with asymptotic saturation for eigenvalue problems
Carsten Carstensen, Joscha Gedicke, Volker Mehrmann and Agnieszka Miedlar

Adaptive finite elements for Maxwell‘s eigenvalue problem
Daniele Boffi and Lucia Gastaldi

A discontinuous Galerkin method for solving elliptic eigenvalue problems on polygonal meshes with hp-adaptivity
Stefano Giani

Measurement and comparison of snow distribution on roof
Qingwen Zhang, Yu Zhang and Zhicheng C. Ren

Prediction of snow load of uneven distribution based on back-propagation neural network
Yu Zhang, Qingwen Zhang and Pengcheng Li

Computational modelling of inertia friction welding
Ross Williams, Daniele Barbera, Euan Wielewski and Andrew McBride

An extension of algebraic equations of elastic trusses with self-equilibrated system of forces
Jan Pelczynski and Wojciech Gilewski

Propagation of plane waves in non local generalized thermoelastic solid half space
Rupender Bijarnia and Baljeet Singh

Effect of uncertain initial conditions and random forcing on the evolution of hurricane earl
Guotu Li, Milan Curcic, Mohamed Iskandarani, Shuyi S. Chen and Omar M. Knio

Stochastic inference of the catalytic properties of thermal protection materials from plasma wind tunnel experiments
Anabel del Val, Olivier Le Maître, Olivier Chazot, Thierry E. Magin and Pietro M. Congedo

ANOVA derivative-based sensitivity with applications to a plasma-combustion system
Kunkun Tang and Jonathan B. Freund

Optimization under uncertainties using the continuous adjoint method and polynomial chaos expansion
Athanasios G. Liatsikouras, Varvara G. Asouti and Kyriakos C. Giannakoglou

Global sensitivity analysis using multilevel Monte Carlo sampling: application to open-channel flow simulations
Paul Mycek, Matthias De Lozzo, Sophie Ricci, Mélanie Rochoux, Pamphile Roy and Nicole Goutal

Fully-nested interpolatory quadratures for 1D and ND uncertainty quantification
Joffrey Dumont-Le Brazidec and Jacques Peter

Approaches to viscoelasticity at large deformations
Ralf Landgraf and Jörn Ihlemann

On choosing objective tensor rates in continuum mechanics
Sergey N. Korobeynikov

An Eulerian framework for rheological models based on the decomposition of the deformation rate
Jörn Ihlemann and Hendrik Donner

A structural tensor-based modelling approach to capture symmetry group evolution in anisotropic finite strain plasticity
Tobias Kaiser, Jia Lu, Andreas Menzel and Panayiotis Papadopoulos

On the modelling of finite thermo-viscoplasticity with application to thermal buckling
Katharina Martin and Stefanie Reese

Invariance of finite strain viscoplasticity under non-isochoric change of the reference configuration
Robert Scherzer, Ralf Landgraf and Jörn Ihlemann

Exploiting multi-fidelity strategies to quantify uncertainty in irradiated particle-laden turbulent flow
Lluis Jofre, Gianluca Geraci, Hillary R. Fairbanks, Alireza Doostan and Gianluca Iaccarino

Multifidelity approaches for cardiovascular hemodynamics
Daniele E. Schiavazzi, Casey M. Fleeter, Gianluca Geraci and Alison L. Marsden

Multi-level uncertainty quantification of a wind turbine large eddy simulation model
David C. Maniaci, Ari L. Frankel, Gianluca Geraci, Myra L. Blaylock and Michael S. Eldred

A multilevel Monte Carlo approach with an embedded error estimator for computational fluid dynamics applications
Oriol Colomés, Gianluca Geraci, Michael S. Eldred and Guglielmo Scovazzi

Leveraging active directions for efficient multifidelity UQ
Gianluca Geraci, Michael S. Eldred, Alex A. Gorodetsky and John D. Jakeman

Mathematical models of retinal degeneration (Keynote Lecture)
Paul A. Roberts, Eamonn A. Gaffney, Jonathan P. Whiteley, Philip J. Luthert, Alexander J.E. Foss and Helen M. Byrne

Optic nerve sheath bleeding driven by rapid cerebrospinal fluid pressure amplification
Peter S. Stewart, Oliver E. Jensen and Richard Bonshek

Predicting patterns of retinal haemorrhage
Tamsin A. Spelman and Peter S. Stewart

Retinal treatments: Pathways and Barriers
José A. Ferreira, Paula de Oliveira, Pascoal M. da Silva and Rufino Silva

A numerical analysis of rhegmatogenous retinal detachment
Jan O. Pralits, Damiano Natali, Rodolfo Repetto, Jennifer H. Tweedy and Tom H. Williamson

A new explicit FSI schemes for immersed thin-walled structures (Keynote Lecture)
Ludovic Boilevin-Kayl, Miguel A. Fernández and Jean-Frédéric Gerbeau

The divergence-conforming immersed boundary method: application to microscale blood flow
Hugo Casquero, Yongjie J. Zhang, Carles Bona-Casas and Hector Gomez

Adaptive isogeometric analysis of elasto-capillary fluid-solid interaction
E. Harald van Brummelen, Mahnaz Shokrpur-Roudbari, Jacco Snoeijer and Gertjan van Zwieten

A non-iterative immersed boundary method for the fluid-structure interaction of slender rods
Silvio Tschisgale, Bastian Löhrer and Jochen Fröhlich

An immersed boundary finite element method for fluid-structure interaction and other applications
Wulf G. Dettmer, Djordje Peric, Chennasekava Kadapa and Aleksander Lovric

Poroelastic rough surface modeling for fluid-structure-contact interaction
Christoph Ager, Benedikt Schott, Anh-Tu Vuong, Popp Alexander and Wolfgang A. Wall

Iterative subdomain methods for the Stokes–Darcy problem
Alfonso Caiazzo, Volker John and Ulrich Wilbrandt

A robust mixed finite element method for generalized poroelasticity
Travis Thompson and Marie E. Rognes

A partitioned two-step resolution algorithm for solid-mushy-liquid interaction modelling in solidification processes
Shaojie Zhang, Gildas Guillemot, Charles-André Gandin and Michel Bellet

An explicit high-order discontinuous Galerkin framework for loosely coupled fluid-structure interaction
University of StuttgartNico Krais and Claus-Dieter Munz

Fluid-structure coupling of linear elastic model with compressible flow models with multilevel timestepping
Michael Herty, Siegfried Müller and Aleksey Sikstel

Introduction to FFT-based homogenization
Moulinec Herve and Kabel Matthias

Improvement of the estimation of the domain of convergence of FFT-based homogenisation methods with information on the microstructure
Hervé Moulinec, Pierre Suquet and Graeme Milton

Algebraic error bounds and stopping criteria in FFT-based homogenization solvers
Nachiketa Mishra, Jaroslav Vondřejc and Jan Zeman

Numerical Homogenization for Linear Elasticity in Translation Invariant Spaces
Ronny Bergmann and Dennis Merkert

Fast spectral solvers without linear reference medium
Till Junge

The future of CH-EU S&T cooperation and the potential topics of flight physics
Yunhao Yin

China-Europe cooperation in Aeronautical Research: ten years on, and new challenges to face
Pedr Díez, Jordi Pons-Prats, Gabriel Bugeda, Jacques Périaux and Eugenio Oñate

International Collaboration platform in Aeronautics; the EU-CH platform and INNOVATE project
Sara Gutilla, Jordi Pons-Prats and Liang LV

Overcoming interference wave drag on Strut-Braced Wing for future civil air transport at transconic speeds
Ning Qin

Preliminary Design of Strut Braced Wing Aircraft and Aerodynamic Optimization on the Junction Geometry
Runze Li, Yufei Zhang and Haixin Chen

Numerical Investigation of shock wave propagation in ducts with grooves
Mehdi Mortazawy, Konstantinos Kontis and John Ekaterinaris

Low Drag and Sonic Boom Aerodynamic Layout Design Technique Study for a Supersonic Business Jet
Wenqi Zhang

Isogeometric methods for solids, structures, and fluid-structure interaction
Yuri Bazilevs

Calibration of dampers and resonant vibration absorbers from discretized structural models
Steen Krenk

The Thick Level Set (TLS) approach to fracture and its implementation using the eXtended Finite Element Method (X-FEM)
Nicolas Moës

Droplet growth in clouds and what this does to turbulence
Rama Govindarajan

Separation and assembly of colloidal particles by capillary, magnetic and electrostatic forces
Jens Harting

Advances in reduced order methods for parametric problems in computational fluid dynamics
Gianluigi Rozza, M.H. Malik, N. Demo, M. Tezzele, M. Girfoglio, G. Stabile and A. Mola

Stress-based gradient-enhanced damage models with transient length scale (Keynote Lecture)
Bram Vandoren and Angelo Simone

Three-dimensional explicit finite element formulation with embedded weak discontinuities for continuous shear band propagation via a global tracking strategy
Tao Jin, Hashem M. Mourad and Curt A. Bronkhorst

Localizing gradient damage model for mixed mode fracture of concrete
Leong H. Poh, Amit S. Shedbale, Gang Sun, Job Wijnen and Sachin Kumar

A micromechanical study of void nucleation mechanisms in aluminum alloys
Victor M. Trejo Navas, Ante Buljac, François Hild, Thilo F. Morgeneyer, Marc Bernacki and Pierre-Olivier Bouchard

Multiscale analysis of the effect of microvoids in the fracture behavior of fiber-reinforced composites
Sergio R. Turteltaub and Gijs de Jong

Model order reduction for physically-based augmented reality (Keynote Lecture)
Alberto Badias, David González, Iciar Alfaro, Francisco Chinesta and Elias Cueto

SoftFEM: the Soft Finite Element Method
Jose M. Peña, Antonio LaTorre and Antoine Jérusalem

Model updating of a historic railway bridge based on genetic algorithms
Jorge Leite, Diogo Ribeiro, Bruno Costa, Jorge Magalhães-Mendes and Rodrigo Martins

Model Order Reduction for nonlinear problems involving complex time-varying loadings
Pierre Ladeveze and David Neron

Towards a 3D magneto-mechanical software using hp-finite elements for MRI scanner design
Marcos Seoane, Paul D. Ledger, Antonio J. Gil, Michael Mallett, Serigio Zlotnik and Antonio Huerta

Machine learning enhanced scalable finite element simulation of head injury
Anna Schroder, Jose-Maria Peña and Antoine Jerusalem

Topology optimisation of passive coolers: From toy problems to industrial application and beyond to faster approximate models (Keynote Lecture)
Joe Alexandersen, Niels Aage, Casper S. Andreasen, Boyan S. Lazarov, Knud Erik Meyer, Janus Asmussen, Nicolò Pollini and Ole Sigmund

Heat transfer maximization in a three dimensional conductive differentially heated cavity by means of topology optimization
Clio Saglietti, Eddie Wadbro, Martin Berggren and Dan S. Henningson

On the non-optimality of tree structures for heat conduction
Suna Yan, Fengwen Wang and Ole Sigmund

Topology optimization of stationary flow heat exchangers for transient thermal performance
Max van der Kolk, Matthijs Langelaar and Fred van Keulen

Multi-material level set based topology optimization of convectively cooled heat sinks
Mani Sekaran Santhanakrishnan, Timothy Tilford and Christopher Bailey

Numerical formulation of three-dimensional beams based on spatial interpolation of velocities and angular velocities
Eva Zupan and Dejan Zupan

The logarithmic finite element method
Christian Schröppel and Jens Wackerfuß

Finite element formulations for molecular interactions of flexible fibers
Maximilian J. Grill, Christoph Meier and Wolfgang A. Wall

Modeling of inelastic bending of cables using constitutive laws for cosserat rods
Peter Cesarek, Vanessa Dörlich, Joachim Linn and Stefan Diebels

Nonsmooth-alpha time integration for frictional contact problems
Javier Galvez, Alberto Cardona, Federico Cavalieri and Olivier Brüls

Fundamentals of Lax-Wendroff type approaches for hyperbolic problems with discontinuities (Keynote Lecture)
Jiequan Li

EIGENMODE ANALYSIS OF THE TWO-DIMENSIONAL COMPRESSIBLE EULER EQUATIONS
Fredrik Laurén and Jan Nordström

High order compact schemes for fluid flows
Matania Ben-Artzi, Jean-Pierre Croisille and Dalia Fishelov

A new implementation of the vortex method
Robert Krasny, Peter A. Bosler and Ling Xu

Spline functions, the discrete biharmonic operator, and approximate eigenvalues
Matania Ben-Artzi and Guy Katriel

A high order hybridizable discontinuous Galerkin approach for fluid structure interaction with weakly compressible fluids
Andrea La Spina, Martin Kronbichler and Wolfgang A. Wall

High-order HDG method for one phase flow simulation
Albert Costa-Solé, Eloi Ruiz-Gironés and Josep Sarrate

An exploration into the performance of a novel finite element algorithm for solution of the Boltzmann Equation
Mark Hanna and Ben Evans

Can a mesh optimized for steady flow cater to unsteady flow simulations?
Sanjay Komala Sheshachala, Ruben Sevilla and Oubay Hassan

The relevance of an accurate geometric representation on HDG degree adaptive computations
Ruben Sevilla and Antonio Huerta

Coupling of continuous and HDG methods
Mahendra Paipuri, Carlos Tiago and Sonia Fernández-Méndez

The deformable discrete element method
Jerzy Rojek, Nikhil Madan, Szymon Nosewicz and Aleksander Zubelewicz

Polyhedral discrete element method modelling of natural sand under uniaxial compression
Vasileios Angelidakis, Stefano Utili and Vasilis Sarhosis

Discrete element modelling of shear deformation of rough particles
Sadegh Nadimi, Ali Ghanbarzadeh, Mojtaba Ghadiri and Anne Neville

Flowing characteristics of spherical particles with restrained rotation
Behzad Soltanbeigi, Thomas Weinhart, Stefanos A. Papanicolopulos, Stefan Luding and Jin Y. Ooi

Discrete Element Method for the modeling of Lithium Ion Battery cathodes and an approach for more general particle shapes
Verena Becker, Oleg Birkholz, Yixiang Gan and Marc Kamlah

Improving algorithms for particle simulation on modern GPUs
Hermann Kureck, Nicolin Govender, Stefan Enzinger, Srdan Letina, Alexander Korsunsky and Johannes G. Khinast

Experimental investigation and numerical modelling of concrete and shotcrete (Keynote Lecture)
Andreas Brugger, Martin Drexel, Peter Gamnitzer, Günter Hofstetter, Matthias Neuner, Magdalena Schreter and Yvonne Theiner

New approach on discretization methods for mesoscopic study of concrete structures
Alaleh Shehni and Ulrich Häussler-Combe

An alternative formulation for sorption isotherms for modelling concrete at elevated temperatures
Colin T. Davie, Chris J. Pearce, Konrad Kukla and Nenad Bicanic

Beam-Particle modeling of discontinuous crack growth in concrete
Cécile Oliver-Leblond

Modelling of early-age complex crack propagation in cement-based materials using phase field method
Thanh-Tung Nguyen and Danièle Waldmann

Multi-scale characterisation and modelling of organic aerogels (Keynote Lecture)
Ameya Rege and Mikhail Itskov

Effects of crosslink geometry on the elastic properties of nano-structured biopolymer networks
Xiaobo Wang, Hanxing Zhu and David Kennedy

Numerical modelling of entangled-cross-linked material under compression and shear cycling
Fadhel Chatti, Christophe Bouvet, Dominique Poquillon and Guilhem Michon

Viscoelastic properties of fibre-network materials
Xiude Lin, Yanhui Ma and Hanxing Zhu

Numerical and laboratory testing of two types of stems - sida hermaphrodita and miscanthus giganteus
Bartosz Kawecki, Jerzy Podgórski and Aleksandra Głowacka

A stable scheme for simulation of incompressible flows in time-dependent domains and hemodynamic applications (Keynote Lecture)
Yuri V. Vassilevski, Alexander A. Danilov, Alexander V. Lozovskiy and Maxim A. Olshanskii

A compact geometrically nonlinear fe shell code for cardiac analysis: Shell formulation
Yew Yan Wong and Roger S. Crouch

Blood Flow Modeling in a Beating Human Heart
Karl D‘Souza, Jiang Yao, Clint Davies-Taylor and Bjoern Butz

An overlapping domain method for hemodynamics based on weighted sums
Maximilian Balmus and David A. Nordsletten

Analysis and validation of a variational data assimilation procedure for the estimation of cardiac conductivities
Alessandro Barone, Alessandro Veneziani, Flavio Fenton and Alessio Gizzi

Parallel numerical library for fluid-structure interaction in biomechanics
Barna Becsek, Maria Nestola, Rolf Krause and Dominik Obrist

Tailoring structural and material topologies under thermal and mechanical loads using level set topology optimization (Keynote Lecture)
Xiaoyi Zhou, Zongliang Du and H. Alicia Kim

Sensitivity analysis as a tool for optimal material design
Wojciech Kijanski and Franz-Joseph Barthold

Material design with predefined elasticity tensor
Tristan Djourachkovitch, Nawfal Blal, Nahiene Hamila and Anthony Gravouil

Topology optimization of modulated and oriented periodic microstructures by the homogenization method in presence of singularities in the orientation field
Perle Geoffroy-Donders, Grégoire Allaire and Olivier Pantz

Optimization of the porous material described by the Biot model
Daniel Hübner, Eduard Rohan, Vladimir Lukes and Michael Stingl

Optimization of 3D Phononic Band Gap Lattice Structures
Fabian Wein and Michael Stingl

An extended Discontinuous Galerkin method for two-phase flows and moving contact lines
Martin Smuda, Florian Kummer and Martin Oberlack

A space-time cut finite element method for navier-stokes equations
Thomas Frachon and Sara Zahedi

Discontinuous Galerkin method for incompressible two-phase flows
Janick Gerstenberger, S. Burbulla, M. Nolte and D. Kröner

Phase conservative, monolithic level-set method
Christopher E. Kees, Dmitri Kuzmin and Manuel Quezada de Luna

Exact flame-front tracking in premixed low Mach number combustion
Clemens Gößnitzer and Herbert Steinrück

Pressure enrichment for bilinear quadrilateral finite elements in two-fluid flow problems
Marcela Cruchaga , Gustavo Buscaglia and Ramón Codina

Computational modelling of metal additive manufacturing
Stefan Kollmannsberger, Ali Özcan, Davide D‘Angella, Massimo Carraturo, Philipp Kopp, Nils Zander, Alessandro Reali, Ferdinando Auricchio and Ernst Rank

A stabilised fictitious domain method for Signorini-Stefan problems for laser cutting
Pierre Kerfriden and Susanne Claus

Parallelized simulations of tunnel advancement using the finite cell method
Hoang-Giang Bui, Andreas Vogel, Günther Meschke and Dominik Schillinger

Cut-cell methods and their application in biomedical source analysis
Christian Engwer and Andreas Nüßing

Embedded boundary methods for flow in complex geometries
Sandra May and Marsha Berger

Skeleton-stabilized immersed isogeometric analysis for incompressible flow problems
Tuong Hoang, Clemens V. Verhoosel, Chao-Zhong Qin, E. Harald van Brummelen, Ferdinando Auricchio and Alessandro Reali

The IC engine combustion simulation using hierarchical Cartesian mesh framework
Wei-Hsiang Wang, Chung-Gung Li, Rahul Bale, Keiji Onishi and Makoto Tsubokura

Numerical modelling of an air-helium buoyant jet in two vented enclosure
Elie Saikali, Anne Sergent, Christian Tenaud and Gilles Bernard-Michel

Large-size Structural Computing by Local and Mixed Type Finite Elements
HyunShik Joo, Haeseong Cho and SangJoon Shin

Strong coupling scheme for thin-shell structure and fluid with implicit particle-in-cell method
Koji Nishiguchi, Rahul Bale, Shigenobu Okazawa and Makoto Tsubokura

An efficient solver for large-scale simulations of voxel-based structures using a nonlinear damage material model
Monika Stipsitz and Dieter H. Pahr

Efficient iterative solution of anisotropic and heterogeneous problems with applications to composite materials
Linus Seelinger, Anne Reinarz and Robert Scheichl

Lubricated contacts between viscoelastic solids: a novel numerical strategy
Carmine Putignano and Daniele Dini

A method for fluid-structure interaction problems with non-Newtonian fluid
Ahmad Amani, Alireza Naseri, David Perez-Segarra and Asensi Oliva

Peculiar distribution of RBCs in dilute suspensions: experiments and simulations
Qi Zhou, Joana Fidalgo, Lavinia Calvi, Miguel O. Bernabeu, Peter R. Hoskins, Monica S. N. Oliveira and Timm Kruger

A Fluid-Structure Interaction model based on Peridynamics and Navier-Stokes equations for hydraulic fracture problems
Federico Dalla Barba, Piermario Campagnari, Mirco Zaccariotto, Ugo Galvanetto and Francesco Picano

Diffusion coefficient measurement method for Li-ion anode materials (Keynote Lecture)
Rajasekhar Tripuraneni, Subhajit Rakshit and Siva Nadimpalli

Electrochemical-mechanical interaction in solid polymer electrolyte batteries
Mingzhao Zhuo, Davide Grazioli and Angelo Simone

Unsteady hydrodynamics of a full-scale tidal turbine
Gabriel T. Scarlett, Brian Sellar, Ton van den Bremer and Ignazio M. Viola

Simulation of long flexible blades in a turbulent flow for energy harvesting
Bastian Löhrer, Silvio Tschisgale and Jochen Fröhlich

Modelling of chemistry and mass transfer in a monolithic reactor with sinusoidal channel for the catalytic oxidation of formaldehyde
Bentolhoda Torkashvand, Matthias Hettel and Olaf Deutschmann

3D simulation of an SCR system with complex chemistry in the catalyst
Carlo Locci and Karin Frojd

The identification of turbulent flame topologies using computational singular perturbation
Dimitris M. Manias, Efstathios-Al Tingas, Francisco E. Hernández Pérez and Hong G. Im

Modeling combustion for burner-heat exchanger system in domestic boilers
Faizan H. Vance, Jeroen A. van Oijen and L.P.H. de Goey

A unified framework for guaranteed and robust a posteriori bounds for Laplace eigenvalues and eigenvectors (Keynote Lecture)
Eric Cancès, Geneviève Dusson, Yvon Maday, Benjamin Stamm and Martin Vohralík

A numerical investigation of Jones eigenmodes
Sebastian Dominguez, Nilima Nigam and Jiguang Sun

Vibration analysis of thin solids with randomized linear algebra
Harri Hakula

Filtered subspace iteration for selfadjoint operator eigenvalue problems
Jeffrey S. Ovall, Jay Gopalakrishnan and Luka Grubisic

Numerical modelling of metal connectors in historical dry-stone masonry structures
Hrvoje Smoljanović, Nikolina Živaljić, Željana Nikolić and Lidija Krstevska

Numerical investigation of unloading effects due to excavation of geometrically non-homogeneous stratified rock masses using finite element analysis
Rémi Sauffisseau and Alireza Ahangar Asr

Multi-scale in-situ experiments as basis fo continuum modelling of polymers
Jonas Engqvist, Matti Ristinmaa, Mathias Wallin and Stephen Hall

Performance-based adaptive step-length control of path-following methods for solving quasi-static problems
Amir Fayezioghani and Bram Vandoren

Using experimental and numerical characterization in comparing marine exhaust system stainless steels
Goran Vukelic and Josip Brnic

Experimental determination of material mechanical properties and modelling of material behavior in special environmental conditions
Josip Brnic and Goran Vukelic

Bayesian calibration of dense gas flow models using Kalman filters
Xavier Merle and Paola Cinnella

Semi-intrusive minimising residual method for uncertainty propagation in fluid dynamics
Yous Halder van and Benjamin Sanderse

Surrogate-based parameter inference in debris flow model
Maria Navarro, Olivier P, Le Maître, Ibrahim Hoteit, David L. George, Kyle T. Mandly and Omar M. Knio

Robust Optimization of a Supersonic ORC Turbine Cascade: a Quantile-based Approach
Nassim Razaaly, Giacomo Persico, Giulio Gori and Pietro M. Congedo

A robust experiment design for the investigation of non-ideal compressible-fluid flow effects
Marta Zocca, Giulio Gori, Olivier Le Maitre, Pietro M. Congedo and Alberto Guardone

Combining EnKF and multi-resolution analysis for efficient assimilation into adaptive-Mesh models
Adil Siripatana, Loïc Giraldi, Olivier Le Maître, Omar Knio and Ibrahim Hoteit

Computational finite strain viscoelasticity for loading conditions on multiple time scales by adaptive step size control
Bernhard Eidel, Felipe Tempel-Stumpf and Ajinkya Gote

Efficient integration for the Simo-Miehe model with Mooney-Rivlin potential
Alexey V. Shutov

Efficient implicit integration of an elastic-plastic damage material model
Robert Kießling and Jörn Ihlemann

Numerically efficient implementation of rate-independent gradient enhanced crystal plasticity
Volker Fohrmeister and Jörn Mosler

Applicability of Thermo-Visco-MORPH - an extended Model of Rubber Phenomenology
Nils H. Kröger, Monika Gille, Andrej Lang and Manfred Klüppel

An upwind cell centred total Lagrangian scheme for nearly incompressible explicit solid dynamics in OpenFOAM
Jibran Haider, Chun H. Lee, Antonio J. Gil, Antonio Huerta and Javier Bonet

Multilevel-multifidelity approaches for uncertainty quantification in computational fluid dynamics applications
Michael S. Eldred, Gianluca Geraci, Alex A. Gorodetsky, Xun Huan, Cosmin Safta, John D. Jakeman and Habib N. Najm

Reliability-based design optimization of a supersonic nozzle
Richard W. Fenrich, Victorien Menier, Philip Avery and Juan J. Alonso

Multifidelity optimization under uncertainty for a scramjet inspired problem
Friedrich M. Menhorn, Gianluca Geraci, Michael S. Eldred and Youssef M. Marzouk

Latent variable networks for multifidelity uncertainty quantification and data fusion
Alex A. Gorodetsky, Gianluca Geraci, Michael S. Eldred and John D. Jakeman

Bayesian Assessment of Phenomenological Viscosity Relations for Computational Models of Turbidity Currents
Fernando A. Rochinha, Gabriel M. Guerra, Souleymane Zio, Henrique Costa and Alvaro L. G. A. Coutinho

Numerical modelling of ocular biomechanical behaviour based on fibril density and orientation data for the whole eye globe (Keynote Lecture)
Ahmed Elsheikh, Dong Zhou, Ashkan Eliasy and Craig Boote

Models for Tear Break Up Dynamics and Imaging
Richard J. Braun, Lan Zhong, Tobin A. Driscoll, Carolyn G. Begley, Deborah Antwi and P. Ewen King-Smith

Hemodynamics-mechanics coupling in studying large deformations of Lamina Cribrosa
Filippo Recrosi, Amabile Tatone, Giovanna Guidoboni and Rodolfo Repetto

Intraocular pressure measurement pre- and post refractive surgery using GAT and CorVis ST bIOP algorithm
Ashkan Eliasy, Kai-Jung Chen and Ahmed Elsheikh

A fluid-structure interaction algorithm for the corneal air puff test
Andrea Montanino, Maurizio Angelillo and Anna Pandolfi

Long-term simulation of large deformation, mechano-chemical FSI in ALE and fully Eulerian coordinates (Keynote Lecture)
Stefan Frei, Thomas Richter and Thomas Wick

Combining NURBS-Enhanced Finite Elements and Isogeometric Methods in the Context of Fluid-Structure Interaction
Norbert Hosters, Alessia Patton, Alessandro Reali, Stefanie Elgeti and Marek Behr

A conservative immersed boundary method for fluid-structure interaction
Laurent Monasse

Spline-Based Methods for solving thermal and mechanical Fluid-Structure Interaction in compressible flows
Michel Make, Norbert Hosters and Marek Behr

Fluid-structure interaction analysis with isogeometrically enriched finite elements
Raheel Rasool, Maximilian Harmel and Roger A. Sauer

Numerical simulation of nonclassical aileron buzz over 3D unstructured adaptive meshes
Luca Cirrottola, Giuseppe Quaranta, Barbara Re, Cécile Dobrzynski and Alberto Guardone

Conservative and stable asynchronous fluid-fluid coupling methods (Keynote Lecture)
Jeffrey Connors and Robert Dolan

First-order system least squares methods for coupled generalized Newtonian Stokes-Darcy flow
Steffen Muenzenmaier

Coupled multi-body dynamics / Reynolds equation method with application to transient elastohydrodynamic lubrication simulation of hip arthroplasties
Ehsan Askari and Michael S. Andersen

Numerical simulation at macro- and mesoscopic scales of flow in porous media taking into account capillary effects
Koloina Andriamananjara, Nicolas Moulin, Julien Bruchon and Sylvain Drapier

High-Reynolds Fluid-Structure simulations using adaptive grid refinement and overset approach for hydrodynamic applications
Alban Leroyer, Jeroen Wackers, Gan Bo Deng, Emmanuel Guilmineau, Michel Visonneau and Patrick Queutey

A partitioned FSI methodology for analysis of sloshing-induced loads on a fuel tank structure
Sampann Arora, Sudharsan Vasudevan, Srdjan Sasic and Sassan Etemad

Recent advances in FFT-based micromechanical modeling of polycrystalline materials (Keynote Lecture)
Ricardo A. Lebensohn

Stresses at grain boundaries from FFT-based solvers
Lionel Gelebart and Aldo Marano

Extension of FFT based models to interfacial and nonlocal problems
Luv Sharma, Ron H. J. Peerlings, Pratheek Shanthraj, Franz Roters and Marc G. D. Geers

Viscoelastic behaviour of heterogeneous materials studied thanks to an extension of CraFT software in harmonic regime
Julien Boisse, Stéphane André and Laurent Farge

Development of a new consistent discrete Green operator for FFT-based methods to solve heterogeneous problems with eigenstrains
Komlavi S. Eloh, Alain Jacques and Stéphane Berbenni

Joint R&D of Composite Materials for GREEN Aviation
Xiaosu Yi

Eco-composites in aeronautical structures. Possibilities and challenges
Xavier Martinez Garcia, Jens Bachmann, Gabriel Bugeda and Sergio Oller

Mechanical properties and effect of residual stress in titanium alloy built by laser additive manufacturing process
Dengke Dong, Shaopu Su and Haiying Zhang

Space-time computational analysis: it adds another dimension
Kenji Takizawa and Tayfun E. Tezduyar

Lagrangian turbulence models of the velocity gradient tensor and applications in LES
Charles Meneveau and Perry Johnson

Simulation of the failure of ductile materials under dynamic loading using continuum damage models with micro-inertia (Keynote Lecture)
Nicolas Jacques, Sébastien Mercier and Alain Molinari

Ductile damage modeling at microlevel in the frame of a two-scale approach
Jurica Soric, Tomislav Lesicar and Zdenko Tonkovic

A three-regime model for penetration over a wide velocity range
Jian F. Lou, Yan G. Zhang, Zheng Wang and Tao Hong

Phase-field modeling of brittle fracture with multi-level hp-FEM and the finite cell method
Sindhu Nagaraja, Mohamed Elhaddad, Marreddy Ambati, Stefan Kollmannsberger, Laura De Lorenzis and Ernst Rank

An analytical model for elasto-plastic porous materials for cyclic loadings with isotropic and kinematic hardening
Long Cheng, Djimedo Kondo, Andrei Constantinescu and Kostas Danas

An eigenerosion-plasticity approach to model constitutive behavior of concrete
Aurel Qinami and Michael Kaliske

Parameter-multiscale PGD methods for high dimensional parametric spaces (Keynote Lecture)
Charles Paillet, Pierre Ladevèze and David Néron

Minimizing the constrained weight of frames with nash genetic algorithms: a mutation rate study
David Greiner, Jacques Periaux, Jose M. Emperador, Blas Galván and Gabriel Winter

A deep learning-based constitutive model for finite element analysis
Fariborz Ghavamian and Angelo Simone

On the coupling of local 3d parametric solutions and global 2d shell theory in structural mechanics
Giacomo Quaranta, Fatima Daim, Mustapha Ziane, Emmanuelle Abisset-Chavanne, Jean-Louis Duval and Francisco Chinesta

Effects of discretization on reducibility for PDE models with variable geometry: a preliminary study
Sander Dedoncker, Frank Naets, Elke Deckers and Wim Desmet

A non-intrusive approach to the proper generalised decomposition for Oseen flow in OpenFOAM
Vasileios Tsiolakis, Matteo Giacomini, Ruben Sevilla, Carsten Othmer and Antonio Huerta

Brazier loads in aeroelastic topology optimization (Keynote Lecture)
Peter D. Dunning and Bryn M. Jones

Level set topology optimization for fluid-structure interaction
Andreas Neofytou, Renato Picelli and Hyunsun A. Kim

Optimal pressure boundary control of steady Fluid Structure Interaction systems
Andrea Chierici, Leonardo Chirco, Roberto Da Vià, Pietro Maccari and Sandro Manservisi

A NURBS-based approach for shape and topology optimization of flow domains
Jakob Munz and Michael Schäfer

Optimisation of a single-jet water meter‘s sensitivity by CFD simulations and design of experiments
Gorka S. Larraona, Dmytro Hlukhov, Alejandro Rivas and Jorge Aramburu

Volute shape optimization using evolutionary algorithms
Martin Heinrich and Rüdiger Schwarze

Comprehensive kinematics and kinetics of Cosserat beams and their application for developing measurement model for strain gauges
Mayank Chadha and Michael D. Todd

Caustics frequencies and collision rates of long flexible fibers for different stokes numbers in two-dimensional flow fields
Manuel Martinez, Anton Vernet and Jordi Pallares

A modeling approach for fibre yarns and its application in air spring FE analyses
Nina Heinrich, Hendrik Donner and Jörn Ihlemann

Configuration analysis of flexible riser enhanced with buoyancy modules
Pavel A. Trapper

Kinematical enrichment to high order: transversal compression of beams
Hélène Moustacas, Damien Durville and Yanneck Wielhorski

Multi-Step Schemes with Finite Volume Method on Unstructured Grids (Keynote Lecture)
Yu-Si Zhang, Qian Wang and Yu-Xin Ren

A finite volume method for high mach number flows on HO grids
Jean-Marie Le Gouez

Fourier analysis of high-order methods in the context of LES
Mohammad Alhawwary and Z.J. Wang

Semi-implicit level set method for advective and normal flow on polyhedron meshes
Jooyoung Hahn, Karol Mikula, Peter Frolkovic and Matej Medla

Efficient solvers and tensor-product preconditioners for the implicit time integration of discontinuous Galerkin methods
Will Pazner and Per-Olof Persson

A moving discontinuous Galerkin Finite Element Method with interface condition enforcement for unsteady flows with discontinuities
Andrew D. Kercher, Andrew Corrigan and David A. Kessler

Comparison of hybrid and standard discontinuous Galerkin methods in a mesh-optimization setting (Keynote Lecture)
Krzysztof J. Fidkowski

Entropy- and kinetic-energy stable discontinuous Galerkin schemes for multi-phase and multi-component flows
Fabian Foell and Claus-Dieter Munz

An implicit high-order Discontinuous Galerkin method for incompressible variable density flows
Francesco C. Massa, Francesco Bassi, Lorenzo Botti and Alessandro Colombo

Multilevel solution strategies for discontinuous Galerkin discretizations of incompressible flow problems
Lorenzo Botti, Alessandro Colombo, Matteo Franciolini , Andrea Crivellini and Francesco Bassi

A discontinuous Galerkin method for real gas flow simulations
Alessandro Colombo, Davide Pesenti, Antonio Ghidoni, David Pasquale, Lorenzo Botti and Francesco Bassi

A computational model for multiple collisions of rigid bodies: An extension of A-CD2 method
Roberto León, Luis Salinas and Claudio E. Torres

Characterising spherical packings by principal component analysis
Tingting Zhao and Y.T. Feng

Numerical assessment on shear wave propagation through narrowly gap-graded packing
Masahide Otsubo, Reiko Kuwano and Catherine O‘Sullivan

Verification of Trapdoor Test Simulations using Discrete Element Method
Umair Ali, Masahide Otsubo and Reiko Kuwano

Effects of void ratioand rate of mass removal in DEM modelling of tunnelling-induced settlements
Lorin Bosoc, Daniel Barreto and Mohamed Rouainia

Concrete under cyclic loading - A continuum damage model and a temporal multiscale approach (Keynote Lecture)
Jörg F, Unger, Vitaliy Kindrachuk and Thomas Titscher

Modeling the interactions of creep, shrinkage and damage in a multiphysics simulation of concrete
Volker Hirthammer, Jörg F. Unger and Joško Ožbolt

Realistic seismic assessment of RC buildings with masonry infill using 3D high-fidelity simulations
Giuseppe Occhipinti, Bassam Izzuddin, Lorenzo Macorini and Ivo Caliò

Numerical investigation of anchors under shear loading
Kresimir Nincevic, Marco Marcon, Ioannis Boumakis and Roman Wan-Wendner

Deterministic size effect in concrete simulated with two viscoplastic models
Andrzej Winnicki, Adam Wosatko and Michał Szczecina

Assessment of digital monitoring measurement for historic textiles (Keynote Lecture)
Jafar Alsayednoor, Philip Harrison, Maggie Dobbie, Rosa Costantini and Frances Lennard

Evaluation of effective material properties of random composites by SBFEM
Carolin Birk

Comparison of lattice structured interpenetrating composites with enhanced Young’s modulus
Zhengyang Zhang, Hanxing Zhu and Yacine Rezgui

Power-law scaling of stiffness/strength/conductivity of engineering materials with highly porous microstructure
Christian Pichler, Roland Traxl and Roman Lackner

Computational homogenisation of a recycled composite material based on PET and wood particles
Pedro Pesante, Karin Saavedra, Gonzalo Pincheira, Jorge Hinojosa and César Retamal

Fast Parameter Inference in a Computational Model of the Left-Ventricle using Emulation (Keynote Lecture)
Vinny Davies, Umberto Noe, Alan Lazarus, Hao Gao, Benn Macdonald, Colin Berry, Xiaoyu Luo and Dirk Husmeier

Improved convergence of forward and inverse soft tissue models
Ankush Aggarwal, Yue Mei and Sanjay Pant

Numerical modeling of the electromechanical activity of the left ventricle with inclusion of the Purkinje network
Christian Vergara, Mikel Landajuela, Antonello Gerbi, Luca Dede‘, Luca Formaggia and Alfio Quarteroni

Modelling and simulation of ellectical propagation in transmural slabs of scarred left ventricle tissue
Peter Mortensen, Muhamad Hifzhudin Bin Noor Aziz, Hao Gao and Radostin Simitev

Monolithic and segregated algorithms for the numerical simulation of cardiac electromechanics
Luca Dede‘, Antonello Gerbi and Alfio Quarteroni

A reduced model of active contraction of the cardiac muscle tissue
Francesco Regazzoni, Luca Dedè and Alfio Quarteroni

Optimization of dispersive coefficients for wave propagation in two-phase periodic structures (Keynote Lecture)
Grégoire Allaire and Takayuki Yamada

A study on lattices in 3D compliance minimization and validation of interpreted optimization results
Bich N. Vu, Thomas Guess, Fabian Wein and Michael Stingl

Shape optimization of a coupled thermal fluid-structure problem in a level set mesh evolution framework
Florian Feppon, Grégoire Allaire, Felipe Bordeu, Julien Cortial and Charles Dapogny

Optimization of supports in additive manufacturing
Grégoire Allaire and Beniamin Bogosel

Taking into account thermal constraints in topology optimization of structures built by additive manufacturing
Grégoire Allaire and Lukas Jakabcin

Adaptive surrogate modelling-based topology optimization of colour splitting structures for high quantum efficiency CMOS image sensors
Mun-Bo Shim and Hyo Sug Lee

Three-dimensional simulation of a shock induced bubble collapse
Eric Goncalves and Philippe Parnaudeau

Effect of the liquid viscosity, wall wetting and mass flow rate on the flow through a horizontal U-bend subjected to an upwards flowing air/water-mixture
Laurent De Moerloose, Jan Vierendeels and Joris Degroote

Towards numerical modelling of cavitating inter-wrapper liquid sodium in support of physical studies of sodium-cooled fast reactors
Sofiane Houbar and Antoine Gerschenfeld

A fictitious domain method with higher-order accurate integration in cut elements.
Thomas-Peter Fries, Samir Omeroviç, Daniel Schöllhammer and Jakob Stanford

A higher-order conformal decomposition FEM for NURBS-based geometries
Jakob W. Stanford and Thomas-Peter Fries

Direct Simulation of ‘dirty’ geometries using the Finite Cell Method
Benjamin Wassermann, Stefan Kollmannsberger and Ernst Rank

Finite Cell discretizations for Full Waveform Inversion
Philipp Kopp, Nina Korshunova, Robert Seidl, Nils Zander, Stefan Kollmannsberger and Ernst Rank

Coupling matrix for boundary cells of a Cartesian grid method using a transfer-matrix method
Junya Imamura

An immersed boundary technique with strong enforcement of essential boundary conditions
Sanne J. van den Boom, Alejandro M. Aragón and Fred van Keulen

Large-eddy simulation employing flamelet approach of a transcritical O₂/H₂ jet flame
Reo Kai, Kenichiro Takenaka, Akihiro Kishimoto and Ryoichi Kurose

Direct simulation of aerodynamic noise of an axial-flow fan with volume penalization method
Hiroshi Yokoyama, Katsutake Minowa, Raito Itagaki and Akiyoshi Iida

Simulations of free surface flows interacting with solid objects by lattice Boltzmann method using multiple GPUs
Seiya Watanabe, Takayuki Aoki and Yuta Hasegawa

A full-explicit two-phase flow simulation with interface-adapted AMR method
Shintaro Matsushita, Takayuki Aoki and Un-Hong Wong

Two-phase flow and floating body finite element simulations using FEniCS-HPC
Margarida Moragues Ginard, Daniel Castañón Quiroz, Niyazi C. Degirmenci, Johan Jansson, Vincenzo Nava, Ezhilmathi Krishnasamy and Johan Hoffman

Numerical analysis of underwater undulatory swimming hydrodynamics in human swimming
Rahul Bale, Dorian Audot, Yuki Hayashi, Keiji Onishi and Makoto Tsubokura

Investigation of the MRT-LBM with and without free surface flows: validation in classical benchmark problems
Kenta Sato and Shunichi Koshimura

Verification and validation exercises in simulations of turbulence
Filipe S. Pereira, Luís Eça and Guilherme Vaz

Adaptive grid refinement for convergence studies
Jeroen Wackers, Ganbo Deng, Emmanuel Guilmineau, Alban Leroyer, Patrick Queutey and Michel Visonneau

On the numerical uncertainty of unsteady flow simulations
Luís Eça, Guilherme Vaz and Arjen Koop

Application of verification methods on a complex flow field calculated by large-eddy simulation: blood pump flow
Lucas Konnigk, Benjamin Torner and Frank H. Wurm

UQ with dependent inputs: wind and waves
Anne W. Eggels and Daan T. Crommelin

Uncertainty quantification in aeroelastic wind turbine simulation
Pietro Bortolotti, Helena Canet, Carlo L. Bottasso and Jaikumar Loganathan

Bayesian updating of uncertainties in an experimental downwind turbine
Rakesh Sarma, Richard P. Dwight and Axelle Vire

Calibrating turbulence model parameters with adaptive surrogate models
Laurent M.M. van den Bos and Benjamin Sanderse

Random-forests for enhancing RANS turbulence models with data: Perspectives for wind-farm modelling
Mikael Kaandorp and Richard P. Dwight

A locally refined cut-cell method with exact conservation for the incompressible navier-stokes equations
René Beltman, Martijn J. H. Anthonissen and Barry Koren

RIGID body formulation in a geometrically-exact finite element environment with contact interaction (Keynote Lecture)
Paulo R. R. Campos and Alfredo Gay Neto

Efficient impact analysis using reduced flexible multibody systems and contact submodels
Stephan Tschigg and Robert Seifried

Incorporation of reduced isogeometric finite-element-models in flexible multibody simulation
Alexander Held, André Hildebrandt and Robert Seifried

Biomechanical multibody model with refined kinematics of the Elbow
Stephanie L. Kahmann, Stephan Uschok, Kilian Wegmann, Lars-Peter Müller and Manfred Staat

A geometry projection method for the computational design of sandwich structures with truss and prismatic cores (Keynote Lecture)
Hesaneh Kazemi, Ashkan Vaziri and Julián Norato

Computational multiscale design of engineering metamaterials. Application to acoustic insulation panels
David Roca, Daniel Yago, Juan C. Cante, Oriol LLoberas-Valls and Xavier Oliver

Offline pre-processing in micro-architecture design of composites
Carlos G. Méndez, Juan Manuel Podestá, Alfredo E. Huespe, Sebastian Toro and Javier Oliver

Computational strategy in design of a new 2D semiconducting carbon allotrope
Tadeusz Burczynski, Marcin Mazdziarz, Adam Mrozek and Waclaw Kus

IceANS tool: Ice Accretion Numerical Simulation. Code description
Marta Cordero-Gracia, Mariola Gómez and Andrés Mateo

IceANS tool: Ice Accretion Numerical Simulation. Computational Strategies
Mariola Gómez, Andrés Mateo and Marta Cordero-Gracia

Ice Accretion and Shape Modelling
Andrés Mateo, Marta Cordero-Gracia and Mariola Gómez

Multi-layer stochastic ice accretion modelling with continuous geometry representation
Simon Bourgault-Côté and Éric Laurendeau

Numerical simulation of shock wave propagation in ducts with grooves
Mehdi Mortazawy, Konstantinos Kontis and John Ekaterinaris

Transitional shock-wave/boundary-layer interactions with side-wall effects
David Lusher, Satya P. Jammy and Neil D. Sandham

H2020-Project Sarah: Increased safety and robust certification for ditching of aircrafts and helicopters
Stephan Adden, Jendrik Seiler and Alessandro Iafrati

Impact loads on aircraft fuselages during ditching in waves
Philip Meier, Micha Überrück, Jannes Grell and Thomas Rung

Numerical simulations of airplane and helicopter ditching applied for the design of experiments
Benjamin Bouscasse, Guillaume Oger, Alban Vergnaud, David Le Touzé, Nicolas Couty, Yoann Jus, Manon Garnier, Matthieu De Leffe, Amaury Bannier, Laurent Chiron and S. Halbout

Numerical investigation of rectangular flat plate slamming
Jose D. Mesa and Kevin J. Maki

Correction of wave rise effects for high-speed full-scale model ditching of generic fuselage sections
Willem Gropengießer, Silke Gralher and Thomas Rung

Hydrodynamic impact inside cylindrical cavity
Yuriy N. Savchenko, Georgiy Y. Savchenko and Yuriy A. Semenov

A scale-bridging generalized Finite Element Method for parallel simulations of spot welds in large structures (Keynote Lecture)
Armando Duarte and Haoyang Li

Thermomechanically coupled simulation of cracks in turbine and compressor blades
Artsem B. Kunin, Stefan Loehnert and Peter Wriggers

A posteriori error estimates for generalized finite elements in transient heat diffusion problems
Muhammad Iqbal, Heiko Gimperlein, M. Shadi Mohamed and Omar Laghrouche

Analysis of cracks in functionally graded magnetoelectroelastic solids under impact loadings
Michael Wünsche, Jan Sladek, Vladimir Sladek and Chuanzeng Zhang

Numerical solution of the wave equation using the Partition of Unity Finite Element Method with explicit integration in time
Mayank Drolia, Shadi Mohamed, Omar Laghrouche and Mohammed Seaid

New unsymmetric finite elements based on analytical trial solutions insensitive to severe mesh-distortion
Yan Shang

Computation of hypersonic flow using high fidelity aerothermochemistry (Keynote Lecture)
Iain D. Boyd

Numerical and application solution of 14-moment maximum-entropy-based moment closures for describing high-speed non-equilibrium gaseous flows
Clinton P. T. Groth and Lucie Freret

A loosely coupled multi-physics fem solver for hypersonic flows
Song Gao, Jory Seguin, Wenbo Zhang, Wagdi G. Habashi, Dario Isola, Guido S. Baruzzi and Marco Fossati

Absolute instability in Plasma jet
Simon Demange, Nishant Kumar, Matteo Chiatto and Fabio Pinna

Use of the pressure jump boundary condition in the high speed rarefied gas flows
Ashwani Assam, Nikhil N. Kalkote, Nishanth Dongari and Vinayak Eswaran

Understanding the pathology of blast-induced traumatic brain injury
Hesam S. Moghaddam, Mariusz Ziejewski and Ghodrat Karami

Importance of occlusal loading on the design of dental implants
Harnoor Saini, David C. Ackland, Jan Hofmann and Oliver Rörhle

Verified and validated FEA of human long bones –From the lab to clinical practice
Zohar Yosibash, Yekutiel Katz, Gal Dahan and Nir Trabelsi

Influence of helical inclusions in an embedding matrix: an application of helical symmetry to tendon fascicles
Francesco Filotto and Gerald Kress

Analysis of diesel exhaust systems with particulate filter and oxidation catalyst (Keynote Lecture)
Kenji Takizawa, Tayfun E. Tezduyar and Takahiro Ohara

Multiscale space-time methods for thermo-fluid analysis of a vehicle and tires
Kenji Takizawa, Tayfun E. Tezduyar and Takashi Kuraishi

A finite element approach for hydroelastic vibrations of partially filled prestressed elastic tanks
Christophe Hoareau, Jean-François Deü and Roger Ohayon

A fluid-structure interaction model with weak slip velocity boundary conditions on conforming internal interfaces
Van-Dang Nguyen, Johan Jansson, Thomas Frachon, N. Cem Degirmenci and Johan Hoffman

Efficient Inter-Code Communication for Multi-Physics Simulations with preCICE
Amin Totounferoush and Miriam Mehl

A time adaptive multirate Neumann-Neumann waveform relaxation method for fluid-structure interaction
Azahar Monge and Philipp Birken

A numerical method for finite-strain mechanochemistry with chemical reaction fronts treated as immersed boundaries (Keynote Lecture)
Mikhail Poluektov and Lukasz Figiel

A coupled thermomechanical finite element model: application to thermal energy storage systems
Francisco Montero-Chacón

A coupled peridynamics and dem-ib-clbm method for sand erosion prediction in a viscous fluid
Ya Zhang, Sina Haeri, Yonghao Zhang and Guang Pan

Cosimulation strategy for conjuguate heat transfer applied to cooled turbine blade
Teddy Chantrait, David Vanpouille and Jean-Didier Garaud

Rotor dynamic analysis of a tidal turbine considering fluid-structure-interaction and yawed flow
Andre Laß, Matti Schilling and Frank H. Wurm

A partitioned simulation approach for fluid-structure interaction induced vibrations of ship propellers
Lars Radtke, Tobias Lampe, Moustafa Abdel-Maksoud and Alexander Düster

Numerically robust and efficient two-scale FE-FFT-based finite strain crystal plasticity simulations of polycrystalline materials
Julian Kochmann, Tim Brepols, Stephan Wulfinghoff, Bob Svendsen and Stefanie Reese

Fast and memory efficient two-scale simulations of components by combining reduced order models and composite voxel on the micro-scale
Matthias Kabel and Felix Fritzen

Inclusion of higher-order terms in FFT-based homogenization for periodic media in linear elasticity in a multiscale model
Felix Dietrich

Effective viscoplastic behaviour of an irradiated porous nuclear mox fuel
Kajetan Wojtacki, Herve Moulinec and Pierre-Guy Vincent

Spectral Galerkin method for solving Helmholtz and Laplace Dirichlet problems on multiple open arcs
José Pinto and Carlos Jerez-Hanckes

Sustainable drop-in fuel design with alternative aviation fuel
Xiaoyi Yang

Drop-in assessment of alternative aviation fuel on engine
Shuiting Ding, Xiaoyi Yang, Tian Qiu, Chongwen Zhou and Ting Li

Research on jet noise of mixers configuration for mixing exhaust nozzle
Fei Wu and Wanren Shai

Matching design of aero engine cycle parameters based on multidisciplinary optimization technique
Mingdong Cao, Weina Huang and Gangtuan Li

Application of uncoupled damage models to predict ductile fracture in metallic sheet blanking
Cristian Canales, Romain Boman and Jean-Philippe Ponthot

Variational modeling of micro-cracking and failure in fiber-reinforced concretes
Giovanni Lancioni, Roberto Alessi and Elisa Baioni

A new approach towards the numerical modelling of ballistic impact on concrete targets
Luis Pereira, Jaap Weerheijm and Lambertus J. Sluys

Application of 1-D and 2-D Wavelet Transform to crack identification in static and dynamic loaded plates
Anna Knitter-Piątkowska and Michał Guminiak

Mixed finite elements for strain localization under monotonic, cyclic and dynamuc loadings
Gabriel B. Barbat, Miguel Cervera and Michele Chiumenti

Concrete fatigue model based on cumulative inelastic shear strains
Abedulgader Baktheer, Josef Hegger and Rostislav Chudoba

An accurate and generic framework for real-time finite element method simulation of soft robots using model order reduction (Keynote Lecture)
Olivier Goury, Felix Vanneste and Christian Duriez

On the thermodynamic admissibility of data-driven computational mechanics
Ruben Ibañez, David Gonzalez, Francisco Chinesta and Elías Cueto

A combined HDG-PGD approach for the solution of parameterized elliptic problems
Luca Borchini, Matteo Giacomini, Ruben Sevilla and Antonio Huerta

Towards a general stabilisation method for conservation laws using a multilayer Perceptron neural network: 1D scalar and system of equations
Maria Han Veiga and Rémi Abgrall

Towards a reduced order modelling approach for coupled acousto-magneto-mechanical problems with application to MRI scanners
Guillem Barroso, Antonio J. Gil, Paul D. Ledger, Michael Mallet, Antonio Huerta and Sergio Zlotnik

Verification and validation for fast simulation of acoustics and electro-magnetics including data assimilation
Simona Vermiglio, Alberto García, Pedro Díez, Domenico Borzacchiello and Francisco Chinesta

3D and 2.5D computational models of electrospun mats
Sebastian Domaschke, Manuel Zündel, Edoardo Mazza and Alexander E. Ehret

Mechanical behavior of random fiber networks with inter-fiber adhesion
Catalin R. Picu, Vineet Negi and Ahmed Sengab

Predicting the risk of failure of thin fiber networks – a stochastic multiscale approach
Rami Mansour and Artem Kulachenko

Multiscale modelling of planar fiber networks: current results for elasticity and strength of paper, and potential applications to related materials
Pedro Miguel J. S. Godinho, Marina Jajcinovic, Wolfgang Bauer and Christian Hellmich

Reducing the experimental efforts to identify material parameter distributions of discrete materials
Hussein Rappel, Lars A.A. Beex and Stephane P.A. Bordas

A multiscale methodology for simulation of mechanical properties of paper
Gustav Kettil, Axel Målqvist, Andreas Mark, Fredrik Edelvik, Mats Fredlund and Kenneth Wester

Parabolic micro problems for reducing the resonance error in numerical homogenization
Assyr Abdulle, Doghonay Arjmand and Edoardo Paganoni

Multiscale simulation of phase change
Tobias Willerding and Manfred Bischoff

An adaptive FE² approach for the simulation of a matrix-sma-fiber compound
Maximilian Praster and Sven Klinkel

Thermoelastic homogenization and experimental investigations of a thermoset-based long fiber reinforced composite
Loredana Kehrer, Pascal Pinter, Kay André Weidenmann and Thomas Böhlke

Towards Virtual Fatigue Damage Assessments: A Multi-scale Computational Framework
Richard Evans, Savvas Triantafyllou, Philippe Bastid, Museok Kwak and Shengming Zhang

General boundary element method for dual-phase lag equation
Ewa Majchrzak

An optimization-based discontinuous Galerkin approach for high-order accurate shock tracking (Keynote Lecture)
Matthew J. Zahr and Per-Olof Persson

p-Multigrid preconditioners applied to high-order DG and HDG discretizations
Matteo Franciolini, Krzysztof Fidkowski and Andrea Crivellini

Towards optimal hp approximation spaces for high-order methods: A continuous mesh approach
Georg May, Ajay Rangarajan and Ankit Chakraborty

Comparing goal-oriented RANS error estimates applied to high-lift configuration computations
Frédéric Alauzet and Loïc Frazza

Identifying optimal meshes for high-order implicit large-eddy simulation of turbulent boundary layers using Kriging surrogate models
Yoshiaki Abe and Peter E. Vincent

Robust Point-Location Method for Linear and High Order Meshes. Application to Particle Transport
Edgar Olivares, Ricard Borrell, Guillaume Houzeaux, Beatriz Eguzkitza and Abel Gargallo

Preconditioners for hybrid discontinuous Galerkin methods of the Stokes problem
Sander Rhebergen and Garth N. Wells

Efficient preconditioning of hp-FEM matrices by hierarchical low-rank approximations
Paolo Gatto and Jan S. Hesthaven

Finite Volume based multigrid preconditioners for DG-SEM
Philipp Birken, Gregor J. Gassner and Lea M. Versbach

A low Mach correction able to deal with low Mach acoustic and free of checkerboard modes
Jonathan Jung and Vincent Perrier

Conservative multi-moment characteristic Galerkin transport on the sphere
Peter A. Bosler, Andrew M. Bradley and Mark A. Taylor

Subcell a posteriori limitation of high-order DG scheme through flux reconstruction correction
Francois Vilar

A multi-scale approach to characterizing fluid contribution to conductive heat transfer in dense granular systems
Andrew M. Hobbs and Jin Y. Ooi

Packing dynamics of spherical and nonconvex equiaxed dendritic grains sedimenting at low Stokes number
Antonio Olmedilla, Miha Zaloznik, Bernard Rouat and Hervé Combeau

Softening and melting modeling of iron ore particles using the CFD-DEM method
Mehdi Baniasadi, Maryam Baniasadi and Bernhard Peters

CFD-DEM simulation of a continuous tablet coating process at different scales
Peter Böhling, Stefan Mohr, Frederik Detobel, James Holman, Matthew Metzger, Laura Wareham, Sean McClure and Johannes G. Khinast

Computer modelling of fresh concrete flow
Ashutosh Bhokare, Sizeng You and Chen-Feng Li

Assessment of the performance of bund wall systems under impact loading
Islem Megdiche, William Atherton, Clare Harris, Glynn Rothwell and David Allanson

Computational assessment of the structural performance of concrete beams with encased steel joist
Roberto Ballarini, Lidia La Mendola, Jia-Liang Le and Alessia Monaco

Numerical modelling of reinforced concrete in the cracked stage under tensile loading
Sarah Benakli, Youcef Bouafia and Marc Oudjene

A Novel sub-structuring method for efficient FE analysis of tall slender buildings
Jovana Veletic, Roger S. Crouch and Yew Yan Wong

Evaluating the parameters of constitutive laws of CDP and XFEM models for modeling flexural cracks and peeling in RC beams
Mohammad Arsalan Khan

Phase field models for capillary flows (Keynote Lecture)
Mohammad Dehsara, Hai Fu, Sinisa Dj. Mesarovic, Dusan P. Sekulic and Mikhail Krivilyov

Multi phase-field approach for anisotropic fracture in polycrystalline materials under thermomechanical loadings
Daniel Juhre and Zhengkun Liu

Acoustics simulation in the presence of moving interfaces in multiphase flows
Jonas Friedrich and Michael Schäfer

Coupling Stokes and level-set equations for capillary driven flows in fibrous media
Loic Chevalier, Julien Bruchon, Pierre-Jacques Liotier and Sylvain Drapier

A novel model for the lift force acting on a prolate spheroidal particle in an arbitrary non-uniform flow
Yan Cui, Jure Ravnik, Matjaž Hriberšek and Paul Steinmann

A ghost fluid method for the modeling of contact discontinuities in two-phase flow with capillary effects
Ronald A. Remmerswaal and Arthur E.P. Veldman

A novel in-silico modelling framework for cytotoxic drug delivery simulations in animal cancer models
Vasileios Vavourakis, Peter A. Wijeratne, Triantafyllos Stylianopoulos and David J. Hawkes

Modeling of chemotherapy in combination with modulation of tumor-associated macrophage interactions in the tumor microenvironment
Grace Mahlbacher and Hermann Frieboes

Quantifying the impact of focused ultrasound induced blood-tumour barrier disruption on anticancer agent transport
Miguel O. Bernabeu, Yutong Guo and Costas D. Arvanitis

Benign enlargement of the prostate with age mechanically restricts the growth of prostatic tumors
Guillermo Lorenzo, Pablo Dominguez-Frojan, Alessandro Reali and Hector Gomez

Modelling the Transport of Fluid and Solutes Through Heterogeneous, Real-World, Tumour Substrates Derived from Optically-Cleared Samples
Paul W. Sweeney, Angela d‘Esposito, Simon Walker-Samuel and Rebecca J. Shipley

Mechanics and Anastomoses in Angiogenesis
Rui Travasso, M. Moreira-Soares and Marcos Gouveia

How much slip is needed to counterbalance the near-wall production of unresolved scales in a wall-modeled large-eddy simulation?
Roel Erstappen

a-PRIORI study of wall modeling in large Eddy simulation
Saleh Rezaeiravesh, Timofey Mukha and Mattias Liefvendahl

An efficient two layer wall model for high reynolds number large eddy simulation
Joan Calafell, Francesc X. Trias and Asensi Oliva

On the large-eddy simulation with wall modelled support for massive separated flows at high Reynolds numbers
Oriol Lehmkuhl, Herbert Owen, Georgios Chrysokentis, Samuel Gomez and Guillaume Houzeaux

Wall modelled LES approach for simulation of turbulent flows on unstructured meshes
Ilya Abalakin, Anatoly Alexandrov, Ludwig W. Dorodnicyn and Alexey P. Duben

Fluid-structure interactions of membrane wings (Keynote Lecture)
R. Bleischwitz, A. Barbu, R. de Kat and Bharathram Ganapathisubramani

Towards a universal indicator of wake transition to thrust and/or side force for a flapping foil
Nikolaos Lagopoulos, Gabriel D. Weymouth and Bharathram Ganapathisubramani

3D influence on propulsive flapping at low Reynolds number
Andhini N. Z. Nasution, Gabriel D. Weymouth and Bharathram Ganapathisubramani

Theoretical and computational studies of a rectangular finite wing oscillating in pitch and heave
Hugh J.A. Bird and Kiran Ramesh

Self-sustained limit-cycle oscillations in a flapping-foil energy harvester
Enhao Wang, Kiran Ramesh, Ignazio M. Viola and Shaun Killen

3-D experimental visualization of flows around straight and twisted Savonius wind turbines
Yuichi Murai and Susumu Osuka

Numerical modeling of an in-vessel flow limiter using an Immersed Boundary approach
Michel Belliard

A cut finite element method for two-phase viscoelastic flows
Susanne Claus and Pierre Kerfriden

A high-order extended discontinuous Galerkin method to treat hydrodynamics problems
Pierre Schrooyen, Larbi Arbaoui, Jean-Sébastien Cagnone, Nicolas Poletz and Koen Hillewaert

Large eddy simulation of flow past a bluff body using immersed boundary method
Yongxin Chen, Kamal Djidjeli and Zheng-Tong Xie

A fictitious domain approach to the fluid-structure interaction problem with compressible solids
Daniele Boffi, Lucia Gastaldi and Luca Heltai

An immersed boundary method with divergence-free interpolation for unstructured polyhedral grids
Duarte M. S. Albuquerque, Diogo M. C Martins and José C. F. Pereira

Massively-parallel multi-GPU simulations for fast and accurate automotive aerodynamics
Christoph A. Niedermeier, Christian F. Janßen and Thomas Indinger

Aerodynamics study for complex bodies by using locally refined mesh and Lattice Boltzmann method
Yuta Hasegawa and Takayuki Aoki

High performance parallel computing of full vehicle aerodynamics simulation including pre- and post-processing
Keiji Onishi, Niclas Jansson and Makoto Tsubokura

Application of LES based on BCM to wind engineering
Tetsuro Tamura, Hidenori Kawai, Duong Dung, Yong Cao, Keiji Onishi, Rahul Bale and Makoto Tsubokura

Automated pathway for assessing flow dynamic in urban area
Jeannette Spühler, Niclas Jansson and Johan Hoffman

Boundary fitted low dissipation large-eddy simulation for complex terrain wind resource assessment
Herbert Owen, Oriol Lehmkuhl, Georgios Chrysokentis, Matias Avila and Arnau Folch

A modular V & V methodology for assessing the credibility of eddy-resolving simulations in computational wind engineering
Ahmed Abodonya, Roland Wüchner, Jordi Cotela and Kai-Uwe Bletzinger

Spectral analysis for comparison of second-order flow structure in DNS simulations
Charlotte L. Haley, Christopher J. Geoga, Andrew Siegel and Mihai Anitescu

Tail fragility as a tool for model confidence
Ryan G. McClarren

The default uncertainty is always zero
William Rider

Using validation-quality data of exploding wires to establish experimental street-credibility and reduce material model error
Christophher J. Garasi, Joseph D. Olles and James P. Ball

Strain-gradient continua with hierarchical refinement of NURBS
Isa Kolo, Lin Chen and René de Borst

Extended isogeometric analysis of gradient-elastic plates with cracks
Hoang X. Nguyen, Elena Atroshchenko, Hung Nguyen-Xuan and Thuc P. Vo

Finite element implementation and detailed comparison of generalised plasticity models
Fahad Gulib and Stefanos A. Papanicolopulos

Solids and structures in strain gradient elasticity: numerical comparisons between dimension reduction models and 3D models
Jarkko Niiranen, Shubham Tuteja, Viacheslav Balobanov and Sergei Khakalo

Shells in strain gradient elasticity: theory, isogeometric implementation and applications
Viacheslav Balobanov, Josef Kiendl, Sergei Khakalo and Jarkko Niiranen

Strain gradient thermoelastic Kirchhoff-Love plate model: Variational formulation and isogeometric analysis
Sergei Khakalo, Viacheslav Balobanov and Jarkko Niiranen

Failure mechanisms in heterogeneous poro-plasticity media in application to FSI problems (Keynote Lecture)
Adnan Ibrahimbegovic, Emina Hadzalic, Emir Karavelic and Mijo Nikolic

Hyperelastic modelling and experimental characterisation of cellular rubber
Alexander Ricker, Nils H. Kröger, Marvin Ludwig, Ralf Landgraf and Jörn Ihlemann

Energy balance in simulations of dynamic localized failure propagation with strain softening
Mijo Nikolić, Xuan Nam Do, Adnan Ibrahimbegovic and Željana Nikolić

Multiscale synergetic model of the die wear in hot forging process (Keynote Lecture)
Marek Wilkus, Danuta Szeliga, Łukasz Rauch and Maciej Pietrzyk

Thermal multiscale formulation accounting for flux effects across micro-structural surfaces
Sebastian Toro, Pablo J. Sánchez, Ignacio Peralta, Carlos G. Méndez, Víctor D. Fachinotti and Alfredo E. Huespe

Multiscale modeling of recycled aggregate concrete and fiber reinforced concrete
Osvaldo L. Manzoli, Luís A. G. Bitencourt Jr. and Eduardo A. Rodrigues

High-Performance Model Order Reduction techniques for multiscale geometrical non-linear problems
M. Caicedo, J. L. Mroginski, M. Raschi, Alfredo E. Huespe and J. Oliver

High-order cycle jump integration of a fatigue damage model
Thomas Titscher, Javier Oliver and Jörg F. Unger

Investigating unsteady flow physics using an improved finite volume scheme
David Dodoo-Amoo, Julio Mendez, Dehua Feng, Michael Atkinson and Frederick Ferguson

Extending characteristic ghost-cell boundary condition to unstructured grid
Yidao Dong, Xiaogang Deng and Guangxue Wang

Adaptation of 2d unstructured mesh based on solution gradients
Vijay Ram Raghuraman, Santanu Ghosh, Shashank Subramanian and Deepak Kandasamy

CFD analysis of pressure drops within riffled pipes of vertical ground heat exchanger
Andrzej J. Nowak, Jacek Smolka, Michal Palacz, Michal Haida and Jeremi Wos

Numerical and experimental study of fluid flow in simplified blade cascade
Ondřej Bublík, Jan Vimmr, Aleš Pecka and Luděk Pešek

The development and applications of the computation fluid dynamics with immersed boundary method for wind engineering in urban
Tzu-I Tseng, Fang-An Kuo and Jia-Kun Chen

Theorical and experimental investigation on the water exit problem
Thibaut Breton, Alan Tassin and Nicolas Jacques

One- and two-phase simulations of dropping and planing boats using adaptively refined grids
Peter van der Plas, Henk Seubers, Xing Chang, Joop Helder, Ka-Wing Lam, Arthur E.P. Veldman and Peter R. Wellens

Implementation of water impact load reduction factors based upon aerated water impact experiments
Niels A. Lange, Willem Gropengießer and Thomas Rung

Application of the MLM to evaluate the hydrodynamic loads endured in the event of aircraft ditching
Ludovic Martin, Vincent Jacques and Bertrand Paul

Fully-nonlinear model for water entry flow: a low fidelity method for aircraft dicthing
Alessandro Iafrati and Alessandro Del Buono

DE-FEM: a new enriched formulation for modeling weak and strong discontinuities (Keynote Lecture)
Alejandro M. Aragón, Jian Zhang, Sanne J. van den Boom, Elena De Lazzari, Dongyu Liu, Max van der Kolk, Matthijs Langelaar, Angelo Simone and Fred van Keulen

A partition of unity based isogeometric fem for acoustic scattering in 2D
Ganesh Diwan and Shadi Mohamed

DE-FEM for discontiuity junctions
Dongyu Liu, Jian Zhang, Alejandro M. Aragón and Angelo Simone

Enhanced BEM enrichment for wave scattering problems
Ben Gilvey, Jon Trevelyan and Gabriel Hattori

Bernstein - Bezier based finite elements for efficient solution of short wave problems
A. El Kacimi, Omar Laghrouche, M.S. Mohamed and Jon Trevelyan

Unsteady simulations of nitrogen flow over a double cone
Rowan J. Gollan and Peter A. Jacobs

An eulerian model for hypersonic dispersed two phases flow taking into account droplet breakup-up
Gentien Marois, Philippe Villedieu, Julien Mathiaud, David Hebert and Jean-luc Rullier

Modelling hypersonic flows in thermochemical nonequilibrium using adaptive mesh refinement
Chay W. C. Atkins and Ralf Deiterding

Direct numerical simulation of hypersonic flow through regular and irregular porous surfaces
Adriano Cerminara, Ralf Deiterding and Neil D. Sandham

Turbulence chemistry interaction via eddy dissipation model for scramjet analysis and design
Jimmy-John O.E. Hoste, Marco Fossati, Ian J. Taylor and Rowan J. Gollan

Computational model of the mechano-electrophysiological coupling in axons with application to neuromodulation
Haoyu Chen and Antoine Jerusalem

Numerical modeling of heat transfer in biological tissue domain using the fuzzy finite difference method
Alicja Piasecka-Belkhayat and Paweł Kowalski

Digital volume correlation of the osteoarthritic femoral head, a validation tool for computational models
Melissa K. Ryan, Mario Giorgi, Mark Wilkinson and Enrico Dall‘Ara

Mechanical properties assessment for TPMS based scaffolds using homogenization methods
Julia Pinheiro, André P.G. Castro, Rui B. Ruben, José M. Guedes and Paulo R. Fernandes

Validation of finite element models of the mouse tibia for preclinical applications
Sara Oliviero, Mario Giorgi and Enrico Dall‘Ara

Microstructural mechanical properties of human cancellous bone based on compression test and Digital Image Correlation
Grzegorz Kokot, Anna Makuch, Lukasz Cyganik, Jakub Banczerowski and Konstanty Skalski

Enabling smooth interfaces in FSI by the isogeometric B-Rep analysis of shells and membranes (Keynote Lecture)
Roland Wüchner, Andreas Apostolatos, Guillaume De Nayer, Michael Breuer, Riccardo Rossi and Kai-Uwe Bletzinger

New techniques for solving the steady free surface flow problem
Toon Demeester, E. Harald van Brummelen, Joris Degroote and Jan Vierendeels

An explicit Lagrangian approach for 3D simulation of fluid-structure interaction problems
Simone Meduri, Massimiliano Cremonesi and Umberto Perego

Second-order semi-implicit partitioned method for fluid-structure interaction problems
Alireza Naseri, Ignacio González, Ahmad Amani and Carlos D. Pérez-Segarra

A comparative analysis of the Lagrange multiplier and penalty methods for simulating fluid-structure interactions
Jacobus D. Brandsen, Axelle Viré, Sergio R. Turteltaub and Gerard J. W. van Bussel

Designing and programming the ExaHyPE
Dominic E. Charrier, Benjamin Hazelwood and Tobias Weinzierl

Application of symbolic and automatic differentiation frameworks to multi-physics problems
Jean-Paul Pelteret, Isuru Fernando, Andrew McBride and Paul Steinmann

An efficient edge based data structure for a comprenssible navier-stokes solver
Semih Akkurt and Mehmet Sahin

Mixed-dimensional coupled finite elements in FEniCS
Cécile Daversin-Catty and Marie E. Rognes

Bringing academic software to the users
Florian Lindner, Miriam Mehl and Benjamin Uekermann

MuPIF: Multi-Physics Integration Platform
Bořek Patzák, Vít Šmilauer and Martin Horák

Subsurface applications for peridynamics
Michael L. Parks

Coupling FEM and meshfree peridynamics for the simulation of hydraulic fracturing
John Foster and Jason York

Towards a concurrent multiscale model in Peridynamics adopting a variable grid spacing
Mirco Zaccariotto, Arman Shojaei, Farshid Mossaiby and Ugo Galvanetto

The use of error estimators for adaptivity in non-ordinary state-based peridynamics
Gabriel Hattori, Stefano Giani, Jon Trevelyan and John Orr

Cracks within gradient micropolar elasticity
S. Mahmoud Mousavi

Numerical analysis of experimentally significant micropolar problems in 3D
Sara Grbcic, Adnan Ibrahimbegovic and Gordan Jelenic

Novel concepts and innovations for drag reduction
Wolfgang Schroeder

Numerical Study of laminar flow control for Airfoil Based on Plasma actuators
Ke Zhao, Yiju Deng and Haiyong Feng

Investigation on Nacelle Liner Drag and Acoustic Performance
Xiaodong Li, Chao Chen, Yin Liu, Mingyang Zheng and Frank Thiele

Eigenmode optimization of a contraction channel based on stability analysis
Yinzhu Wang, Alejandro Martínez-Cava, Eusebio Valero, Yao Zheng and Esteban Ferrer

Drag reduction technology review
Jesús Garicano-Mena

Modeling crack tip flipping in full scale plate tearing using the gurson model
Kim L. Nielsen and Christian L. Felter

Micromechanical model for chemical ageing in elastomers
Darcy Beurle, Markus André and Udo Nackenhorst

Implementation of multi-parameter loading with the simplified theory of plastic zones
Bastian Vollrath and Hartwig Hübel

Gradient damage models for large deformation
Blandine Crabbé, Jean-Jacques Marigo, Eric Chamberland and Joachim Guilié

Learning the physics of fracture propagation and failure
Gowri Srinivasan, Bryan Moore, Maruti Mudunuru, Daniel O‘Malley, Satish Karra, Hari Viswanathan, Viet Chau, Esteban Rougier and Abigail Hunter

Compressive deformation behaviour of ALSI10MG microlattice structures by selective laser melting
Ninian S. K. Ho, Peifeng Li and Gin B. Chai

A variational framework for data-driven computational mechanics applied to elasticity (Keynote Lecture)
Lu Trong Khiem Nguyen, Matthias Rambausek and Marc-Andre Keip

Neural-net Prediction of Stress Concentration at Fillets Using Stress Distribution Data Sets of Models without Defects
Taichi Yamaguchi, Gaku Hashimoto and Hiroshi Okuda

Navier-Stokes resolution using in-plane/out-of-plane separated representation
Rubén Ibáñez, Adrien Scheuer, Emmanuelle Abisset-Chavanne, Francisco Chinesta and Roland Keunings

POD-DEIM model order reduction for the monodomain reaction-diffusion equation in neuro-muscular system
Nehzat Emamy, Pascal Litty, Thomas Klotz, Miriam Mehl and Oliver Röhrle

Reshaping of Large aeronautical structural parts: A simulation approach based on Reduced Order Modeling
Ramiro Mena, José V. Aguado, Stéphane Guinard and Antonio Huerta

A Snapshot-Free Proper Orthogonal Decomposition Method for Time-Dependent Problems
Carlos Sandino, José V. Aguado and Francisco Chinesta

The deformation and failure mechanisms of paper in short span compression
August Brandberg and Artem Kulachenko

Modeling the hygroexpansion of paper using a 3D network model
Hamid R. Motamedian and Artem Kulachenko

Measurements of forces between cellulose fibril surfaces – A molecular dynamics study
Carlos Sáenz-Ezquerro, Cristina Crespo Miñana, Elías Liarte and Salvador Izquierdo

An accurate continuum model for paperboard
Kristofer Robertsson, Mathias Wallin, Eric Borgqvist, Matti Ristinmaa and Johan Tryding

Towards the comprehension of the stacking fault energy en Fe-Mn-Al-C steels
Oscar A. Zambrano, Jaime A. Castañeda and Manuel Camargo

A new topological model for the prediction of dynamic recrystallization
Ludovic Maire, Julien Fausty, Marc Bernacki, Nathalie Bozzolo, Pascal De Micheli and Charbel Moussa

Evaluation of representativeness aspects of digital material representation model of porous sintered microstructures
Madej Lukasz, Legwand Adam and Perzynski Konrad

Proper generalized decomposition (PGD) for the fatigue numerical simulation of polycrystalline aggregates
Camille Robert, Franck Morel, Amine Ammar and Mohamed Aziz Nasri

Viscous flow calculations with the spectral difference method using high-order meshes (Keynote Lecture)
Fabio M. Moreira, Andre R. B. Aguiar and Joao Luiz F. Azevedo

High-order simulation of zero mass jets for reduction of turbulent skin friction
Feng Xie, Jose D. Pérez Muñoz, Ning Qin and Pierre Ricco

High Order Discontinuous Galerkin Method with Spalart–allmaras Turbulence Model for Hypersonic Flow Simulations
Zhenhua Jiang

Application of FR/CPR Method on Boundary Layer Transition
Yifei Xue and Song Fu

A high-order scheme for weakly compressible flows
Klaus Kaiser, Sebastian Noelle and Jochen Schütz

Numerical prediction of the strut interference on a regional aircraft wind-tunnel model
Serena Russo, Juerg Mueller, Nicola Paletta, Stephan Adden and Luis P. Ruiz-Calavera

An explicit high-order residual distribution scheme for time-dependent hyperbolic systems
Paola Bacigaluppi, Rémi Abgrall and Svetlana Tokareva

Asymptotic-preserving deferred-correction residual-distribution schemes
Davide Torlo and Rémi Abgrall

Neumann boundary conditions for high-order modal DG-schemes
Harald G. Klimach, Neda Ebrahimi Pour and Sabine P. Roller

A high-order elliptic PDE based level set reinitialisation method using a discontinuous Galerkin discretisation
Thomas Adams, Stefano Giani and William M. Coombs

Symmetrizable first order formulation of Navier-Stokes equations and numerical results with the discontinuous Galerkin method
Vincent Perrier and Alireza Mazaheri

Preliminary results of a Discontinuous Galerkin immersed boundary method combining penalization and anisotropic mesh adaptation
Marco Lorini, Cécile Dobrzynski, Vincent Perrier and Mario Ricchiuto

Challenges in the discrete-continuum transition in a crystal plasticity framework (Keynote Lecture)
Katrin Schulz, Markus Sudmanns and Peter Gumbsch

Stabilised multi-slip strain-gradient crystal plasticity
Hector Hernandez, Thierry J. Massart, Ron H.J. Peerlings and Marc G.D. Geers

Mesoscopic model of dislocational plasticity accounting for crystal symmetry
Roberta Baggio, Giovanni Zanzotto, Lev Truskinovsky and Oguz U. Salman

Simulation of intragranular plastic strain localisation within irradiated polycrystals
Aldo Marano, Lionel Gélébart and Samuel Forest

Simulation of upper and lower bainitic transformation in a unified phase field model
Rolf Mahnken and Martin Düsing

Combined effect of grain size contrast and grain spatial distribution on the elastoplasticity of bimodal polycrystals
Baptiste Flipon, Clément Keller and Fabrice Barbe

Relaxation of high-order curved meshes in the remesh phase of BLAST
Veselin Dobrev, Tzanio Kolev, Patrick Knupp, Robert N. Rieben and Vladimir Tomov

High Order direct ALE methods for multi-phase flows
Walter Boscheri, MIchael Dumbser and Maurizio Righetti

The Effect of an Isentropic Correction on a Collocated Lagrange-Remap Scheme
Christina Paulin, Jean-Philippe Braeunig and Renaud Motte

Consistent high resolution interface-capturing finite volume scheme for compressible multi-material flows
Qiuju Wang and Ralf Deiterding

Thermodynamical effects of the GRP solver and its application for compressible multi-fluid flows
Jiequan Li, Jin Qi and Yue Wang

Thermo-capillary flow using the Smoothed Particle Hydrodynamics (SPH) method (Keynote Lecture)
Manuel Hopp-Hirschler, Mostafa Safdari Shadloo and Ulrich Nieken

Flow and heat transfer processes at fluid-solid interfaces on molecular scale
Michael Frank and Dimitris Drikakis

A Finite Element Method for two-phase flows based on adaptive interface-fitted meshes
Thomas Toulorge, Daniel Pino Munoz and Marc Bernacki

Simulating the heat and fluid flow during electron beam welding of CrMnNi steels
Sebastian Borrmann and Rüdiger Schwarze

Bag mode breakup simulations of a single liquid droplet
César Pairetti, Stéphane Popinet, Santiago Márquez Damián, Norberto Nigro and Stéphane Zaleski

Multiscale coupling of individual-based cancer models with arbitrary vasculature and fiber structure
Cicely K. MacNamara, Alfonso Caiazzo, Ignacio Ramis and Mark A.J. Chaplain

A novel five-phase model for (a-)vascular tumor growth within a flexible computational framework
Johannes Kremheller, Anh-Tu Vuong, Lena Yoshihara, Wolfgang A. Wall and Bernhard A. Schrefler

A combined in silico – in vitro framework for modelling three-dimensional cancer growth
Dominic Giles, Bogdan Elefteriu, Bushra Khan, William McLean, Judith Pape, Claire Walsh, Umber Cheema, Simon Walker-Samuel, Vasileios Vavourakis and Peter A. Wijeratne

A level-set approach for a multiscale cancer invasion model
Thomas Carraro, Sven E. Wetterauer, Anna V. Ponce Bobadilla, Françoise Kemp and Dumitru Trucu

Multiscale modelling of cancer invasion
Dumitru Trucu

Simulating cancer development using a hybrid agent-/continuum-based modelling approach
Jean de Montigny, Peter A. Wijeratne, Vasileios Vavourakis and Roman Bauer

Building a proper tensor-diffusivity model for large-eddy simulation of buoyancy-driven flows
Francesc X. Trias, Firas Dabbagh, Andrey Gorobets and Asensi Oliva

Mixed modeling for large-eddy simulation: The minimum-dissipation-Bardina model
Larissa B. Streher, Maurits H. Silvis and Roel Verstappen

Adaptive time-integration strategies for large-eddy simulation
Francesco Capuano, Benjamin Sanderse, Enrico Maria De Angelis and Gennaro Coppola

Effect of wall-stress model and grid-cell topology on the predictive accuracy of LES for wall-bounded flows
Timofey Mukha, Mattias Johansson and Mattias Liefvendahl

Large-eddy simulation of wall-bounded turbulent flows with separations
Zuoli Xiao and Rui Wang

Dynamic stall vortex shedding and its cycle-to-cycle variations: the innocent victims of phase averaging (Keynote Lecture)
Karen Mulleners

Stability in the boundary layer and wake of oscillating foils at moderate Reynolds numbers
Weidong Dai, Elias Balaras and Ignazio M. Viola

Effects of turbulence modelling on the predictions of the pressure distribution around the wing of a small scale vertical axis wind turbine
Mohamed M. Elsakka, Derek B. Ingham, Lin Ma and Mohamed Pourkashanian

Comparative study of the prediction of high angle of attack phenomena using transitional turbulence models
Jolan Wauters, Joris Degroote and Jan Vierendeels

Grid refinement using spectral error indicators with application to airfoil DNS
Markus Zauner, Christian T. Jacobs and Neil D. Sandham

Embedded shell finite elements: Solid-shell interaction, surface locking and integration into seamless imaging-through-analysis workflows
Dominik Schillinger, Tarun Gangwar, Anvar Gilmanov and Henry K. Stolarski

Immersed B-spline finite elements for parametric solids
Eky V. Febrianto and Fehmi Cirak

Structural optimization using CutFEM
Daniel Elfverson, Erik Burman, Peter Hansbo, Mats Larson and Karl Larsson

Shape sensitivity analysis in the Cartesian grid finite element method (cgFEM)
Onofre Marco, Juan J. Ródenas, Francisco Javier Fuenmayor, Enrique Nadal and Manuel Tur

Accurate discretization of diffusion in the LS-STAG cut-cell method using diamond cell techniques
Brice Portelenelle, Olivier Botella and Yoann Cheny

Extension of the LS-STAG method for simulating two-phase non-Newtonian fluid-air flows
Yoann Cheny, Olivier Botella and Yessen Shakirov

A thermo-electro-viscoelastic material model for the simulation of VHB 4905 (Keynote Lecture)
Markus Mehnert, Mokarram Hossain and Paul Steinmann

Thermo-electro-mechanical modeling of electro-active polymers
Dana Bishara and Mahmood Jabareen

Electroelasticity of dielectric elastomers based on the analytical network-averaging concept
Vu Ngoc Khiêm, Sugeng Waluyo, Mokarram Hossain and Mikhail Itskov

Modelling of electro-active elastomers on the basis of molecular chain statistics
Mikhail Itskov, Vu Khiȇm and Sugeng Waluyo

A novel framework to capture dispersed anisotropy in electro-active polymers
Mokarram Hossain

Computer vision aided data extraction from CM and CFD results
Jarno Kiesiläinen and Tero Tuovinen

Maximum principle and realizability of the intrusive polynomial moment scheme
Jonas Kusch, Graham W. Alldredge and Martin Frank

Revisiting rarefied gas experiments with recent simulation tools
Angelos G. Klothakis, Georgios N. Lygidakis, Stavros N. Leloudas and Ioannis K. Nikolos

Failure and damage analysis of undulated fiber composites depending on the fiber volume content (Keynote Lecture)
Luise Kärger and Siegfried Galkin

Analysis of damage nucleation and growth in woven composite materials considering layer shifting effects
Juan José Espadas-Escalante and Per Isaksson

Stochastic compressive failure surface modelling for the unidirectional fibre reinforced composites under plainstress
Nabeel Safdar, Benedikt Daum and Raimund Rolfes

An efficient semi-analytical finite fracture mechanics approach for the prediction of interlaminar crack initiation in composite laminates
Sebastian Dölling, Sascha Hell and Wilfried Becker

Human comfort analysis of reinforced concrete buildings when subjected to wind loadings
Leonardo de Souza Bastos and Jose Guilherme Santos da Silva

Contemporary challenges and problems of fractional calculus in applied mathematical modelling of complex processes in nature (Keynote Lecture)
Jacek S. Leszczynski and Dominik Grybos

Deterioratred nonostructure density identification in the framework of fractional continuum mechanics
Krzysztof Szajek and Wojciech Sumelka

A finite element formulation in boundary representation for the analysis of nonlinear problems in solid mechanics
Sven Klinkel and Rainer Reichel

Efficiency of the fast multipole BEM with quadratic elements for 3D linear elasticity
Jacek Ptaszny and Paweł Swinka

A new turbulence model based on Lagrangian flows and multi-scale homogenization (Keynote Lecture)
Sergio R. Idelsohn, Norberto Nigro, Juan Gimenez and Pavel Ryshakov

Fully implicit, conservative, multidimensional electromagnetic particle-in-cell algorithms for multiscale kinetic plasma simulation on curvilinear meshes
Luis Chacon and Guangye Chen

Multiscale hybrid-mixed methods for the stokes and brinkman equations
Rodolfo Araya, Christopher Harder, Abner Poza, Ramiro Rebolledo and Frederic Valentin

Residual-based variational multiscale simulations of risers with passive VIV reduction devices
Erb F. Lins, Adriano M. A. Cortes, Renato N. Elias and Alvaro L. G. A. Coutinho

Multigrid method for Stokes problem with discontinuous viscosity
Michał Wichrowski

Image realization of fluid flow distributions using convolutional neural networks
Jaehyun Yoon and Jongsoo Lee

Active control using moving bottom wall applied to open cavity self-sustained oscillation with mode switching
Takashi Yoshida and Takashi Watanabe

The theoretical and experimental exploration of supersonic flow
Adriana Nastase

Subgrid-scale model based on helicity for large-eddy simulation of transitional and turbulent flows
Changping Yu and Xinliang Li

Numerical study of brash ice loads on ship hulls based on DEM-CFD
Lu Tengchao and Zou Zaojian

Entropy stable discontinuous Galerkin methods using arbitrary bases and quadratures
Jesse Chan

Will entropy stability lead to convergent numerical schemes?
Magnus Svärd

Cut hermite finite element methods and immersed boundary SBP methods for the wave equation
Gunilla Kreiss

GPU-accelerated entropy stable discontinuous Galerkin for the shallow water equations with wetting and drying
Niklas Wintermeyer, Andrew R. Winters, Gregor J. Gassner and Tim Warburton

A stable, high order accurate and efficient hybrid method for flow calculations in complex geometries
Oskar Ålund and Jan Nordström

An entropy stable 3D curvilinear discontinuous Galerkin spectral element method for the resistive MHD equations
Andrew R. Winters, Marvin Bohm, Gregor J. Gassner, Dominik Derigs and Florian Hindenlang

Influence of specimen pre-shear and wrinkling on the accuracy of uniaxial bias extension test results (Keynote Lecture)
Jafar Alsayednoor, Frances Lennard, W.R. Yu and PHilip Harrison

Modelling and simulating the forming of flat stacks of unidirectional dry reinforcement
Laure Bouquerel, Nicolas Moulin, Sylvain Drapier, Philippe Boisse and Jean-Marc Beraud

A sensitivity analysis of a discrete approach to model the thermoplastic composite material at forming temperature
Philippe Bussetta and Nuno Correia

Simultaneous density and anisotropy optimization of 3D structures made of transversely isotropic materials
Narindra Ranaivomiarana, François-Xavier Irisarri, Dimitri Bettebghor and Boris Desmorat

Quasi-trivial solutions for uncoupled, homogeneous and quasi-homogeneous laminates with high number of plies
Torquato Garulli, Anita Catapano, Marco Montemurro, Julien Jumel and Daniele Fanteria

Mesh adaptation for fluid-structure interaction problems
Julien Vanharen, Rémi Feuillet and Frédéric Alauzet

Comparison of time-marching and direct method for linearised RANS equations in aeroelasticity
Quentin Rendu, Loic Salles and Mehdi Vahdati

Efficient time-domain ROMs for aeroelasticity and UQ in downwind turbines
Rakesh Sarma, Richard P. Dwight and Axelle Vire

Using isogeometric analysis of turbulent flows on moving domains to assess the flutter stability limit on long-span suspension bridges
Tore A. Helgedagsrud, Yuri Bazilevs, Kjell M. Mathisen and Ole A. Øiseth

Time Spectral method applied to the unsteady vortex lattice method coupled with viscous sectional data
Matthieu Parenteau and Éric Laurendeau

Using open source software for solving aerolasticity case for wind turbine blade
Pavel Lukashin, Valeriia Melnikova, Georgy A. Shcheglov and Sergei Strijhak

The role of matrix stiffness on 3D cell migration
Francisco Serrano-Alcalde, José M. García-Aznar and María J. Gómez-Benito

Application of validated computational models of proximal humerus fracture fixation to guide clinical practice
Peter Varga and Markus Windolf

Combined numerical and experimental evaluation of shear damage interaction between torsional, tensile and compressive loading modes
Christopher D. Filipiak, Mohammad J. Mirzaali, Philippe K. Zysset and Uwe Wolfram

Finite element modelling of bone adaptation of the 3rd metacarpal in racehorses
Karol Lewandowski, Lukasz Kaczmarczyk, John F. Marshall and Chris J. Pearce

A coupled stress-fiber focal-adhesion model for cell contractility
Pradeep Keshavanarayana, Martin Ruess and René de Borst

Comparison of single-solver FSI techniques for the FE-prediction of a blow-off pressure for an elastomeric seal
Niall Morrison, Yevgen Gorash and Robert Hamilton

A quasi-simultaneous coupling approach for fluid-solid interaction in offshore applications
Henk Seubers, Matin Hosseini, Peter van der Plas, Arthur E.P. Veldman, Peter R. Wellens and Rene H.M. Huijsmans

Numerical study of flows around a ship hull including elastic deformation effect using a mode function
Kunihide Ohashi

Aeroelastic analysis of highly flexible wings: a comparison of high and low fidelity structural models
Bryn M. Jones, Peter D. Dunning and Alireza Maheri

Geometrically nonlinear aeroelastic response of horizontal axis wind turbines under rotationally sampled turbulence
Aditya Sabale and Nagendra Gopal Kondagunta

Generalized beam models analysis for aeroelastic morphing applications
Luca Cirrottola, Marco Morandini and Giuseppe Quaranta

OOFEM.org - project status, challenges and needs
Bořek Patzák, Mikael Öhman, Martin Horák, Vít Šmilauer, Milan Jirásek, Filip Kolařík and Edita Dvořáková

INMOST - a software platform for distributed mathematical modelling
Kirill Terekhov, Alexander A. Danilov, Ivan V. Kapyrin, Igor Konshin, Kirill D. Nikitin and Yuri Vassilevski

OpenLSTO: An open-source code for level set method based topology optimization with applications on multiscale structural design
Xiaoyi Zhou and H. Alicia Kim

Accommodating researcher and end-user interest inside an all-purpose open-source software: the example of code_aster
Thomas De Soza and Ionel Nistor

Hierarchical and heterogenous approximations on heterogenous meshes - implementation in MoFEM
Lukasz Kaczmarczyk and Chris J. Pearce

Weak form of peridynamics for nonlocal essential and natural boundary conditions
Erdogan Madenci, Mehmet Dorduncu, Atila Barut and Nam Phan

Validation of a linearly elastic peridynamic material
Adair R. Aguiar and Alan B. Seitenfuss

First-principle based atomistic calculations and mesoscale modeling to investigate material failure
Xianfeng Ma, Bozhi Heng, Pablo Seleson and Stephanie TerMaath

Superelasticity in shape memory alloys via peridynamics
Adam Martowicz, Jakub Bryla, Wieslaw J. Staszewski and Massimo Ruzzene

Numerical simulation of dynamic crack growth using peridynamic theory
Ugur Yolum, Demirkan Coker and Mehmet A. Guler

Computational homogenization accounting for general imperfect interfaces
Saba Saeb, Paul Steinmann and Ali Javili

Effects of slat parameters on noise characteristics of an airfoil
Hongjian Wang, Wang Luo and Zhichun Yang

Recent Research in the field of Aircraft noise and vibration control
Qun YAN and Wenchao HUANG

Bending Fracture of Polymer Coated Metal Sheets
Suhwan Yun, Sungwook Jun, Jaebong Jung, Jiyong Jung and Ji Hoon Kim

Isogeometric configuratioanl force for brittle fracture
Yousef Ghaffari Motlagh, William M. Coombs and René de Borst

A new multiscale X-FEM approach applied to 3D plastic crack propagation
Gaël Gibert, Clémentine Jacquemoud, Benoit Prabel and Anthony Gravouil

Prediction of shear bands in tunnelling – comparison of two regularization approaches
Magdalena Schreter, Matthias Neuner and Günter Hofstetter

Refined multi-scale damage model for cement paste
Filip Kolařík, Vít Šmilauer and Bořek Patzák

Ductile failure under cyclic loadings: modeling and simulation
Léo Morin, Almahdi Remmal, Jean-Claude Michel and Jean-Baptiste Leblond

Optimal materials and processes constructors based on the kinetic theory and model learners (Keynote Lecture)
Emmanuelle Abisset-Chavanne, Jean-Louis Duval, Francisco Chinesta and Elias Cueto

Diagnostics of actuation system faults from dynamic data
Pier Carlo Berri, Matteo D.L Dalla Vedova and Laura Mainini

Reduced order modeling of subsurface multiphase flow models using deep residual recurrent neural networks
Nagoor Kani Jabarullah Khan and Ahmed H. Elsheikh

Geometrically nonlinear modes for model reduction in structural dynamics
Olivier Bruls, Valentin Sonneville and Vladimir Martinusi

Model order reduction in viscoplastic flow modelling using proper orthogonal decomposition and neural networks
Ekaterina A. Muravleva, Ivan V. Oseledets and Dmitry A. Koroteev

A multiphase approach to the construction of POD-ROM for flows induced by rotating solids
Antoine Falaize, Erwan Liberge and Aziz Hamdouni

Modeling of impinging viscoelastic droplets using ALE-FEM
Jagannath Venkatesan and Sashikumaar Ganesan

A study on binary collision of GNF droplets using a conservative level-set method
Ahmad Amani, Néstor Balcázar, Alireza Naseri and Asensi Oliva

Deformation of ferrofluid droplets: the interplay between shear flow and magnetic field
Paolo Capobianchi, Marcello Lappa and Mónica S. N. Oliveira

Numerical simulations of immiscible generalised Newtonian fluids
Knut Sverdrup, Nikolaos Nikiforakis and Ann Almgren

Numerical simulations of two-phase systems using the Phase Field method
Konstantinos Zografos, Alexandre M. Afonso, Rob J. Poole and Mόnica S. N. Oliveira

Determination of process-dependent rheological properties of fresh concrete during setting using a suspension/phase-field model
Haiqin Huang and Andreas Zilian

Multiscale simulations of polymers with the hybrid capriccio method (Keynote Lecture)
Sebastian Pfaller and Paul Steinmann

Numerical instabilities during the simulation of chiral metamaterials and a multi-scale approach
Alex Gansen, Mohamed El Hachemi, Oubay Hassan and Kenneth Morgan

Multiscale modeling of crystalline cellulose Microfibril interface
Chi Zhang, Dominique Derome and Jan Carmeliet

Shape optimization of MoS₂ based materials
Waclaw Kus, Adam Mrozek and Tadeusz Burczynski

A new level set-finite element formulation for anisotropic grain growth
Julien Fausty, Nathalie Bozzolo, Daniel Pino Muñoz and Marc Bernacki

A SMAC like novel efficient implicit MUSCL method for all Mach number (Keynote Lecture)
Eiji Shima and Keiichi Kitamura

Circumventing shock anomalies: A hybrid Riemann solver in conjunction with high-order schemes
Ioannis W. Kokkinakis and Dimitris Drikakis

Hybridized SLAU2-HLLI for magnetohydrodynamics simulations
Keiichi Kitamura and Dinshaw S. Balsara

Approximate Riemann solvers for one- and two-dimensional elastic-plastic flows
Junbo Cheng and Song Jian

A globally ninth-order stable finite difference scheme and its applications to two-dimensional problems
Yaming Chen and Xiaogang Deng

Vesicle shape deformation using a discontinuous Galerkin method
Tae-Yeon Kim, Wen Jiang, Sung Mun Lee, Jeong-Hoon Song and Eun-Jae Park

Hybrid high-order methods for finite deformations of hyperelastic materials
Mickaël Abbas, Alexandre Ern and Nicolas Pignet

The Discontinuous Galerkin Material Point Method for the simulation of hyperbolic problems in finite deforming solids
Adrien Renaud, Thomas Heuzé and Laurent Stainier

A discontinuous Galerkin approach to the elasto-acoustic problem on polytopic grids
Paola F. Antonietti, Francesco Bonaldi and Ilario Mazzieri

The novel discontinuous Petrov-Galerkin finite element method: application to small and large deformations in solid mechanics
Tobias Steiner and Peter Wriggers

Analytical and numerical investigations of locking in transversely isotropic elasticity
Faraniaina Rasolofoson, Beverley Grieshaber and Daya Reddy

Describing the material behaviour of a tailored formed joining zone of an aluminium-steel hybrid solid component on a microscopic length scale (Keynote Lecture)
Martina Baldrich, Stefan Loehnert and Peter Wriggers

Investigation of texture evolution during rolling process of non-oriented Si based electrical steels with 2D and 3D RVEs
Aditya Vuppala, Xuefei Wei, Stephan Hojda, Marco Teller and Gerhard Hirt

Derivation of effective flow curves of ferrite/pearlite C60 steel wires by a multiscale approach
Gottfried M. Laschet, Viktor Kripak, Jens Dierdorf, Frank Hoffmann and Ulrich Prahl

Coupled experimental-computational analysis of plasticity and fracture in aluminum at the grain scale
Martin Diehl, Marcel Wicke, Pratheek Shanthraj, Franz Roters, Angelika Brueckner-Foit and Dierk Raabe

Multi-scale analysis of martensitic transformations in TRIP-assisted multi-phase alloys
Daniel de Bortoli, Miguel Vieira de Carvalho and Francisco M. Andrade Pires

The effect of 3D grain Morphologies on the formability of aluminum alloys
Kaan Inal, Juergen Hirsch and Raja K. Mishra

Advances in modeling voids in staggered multi-material arbitrary Lagrangian-Eulerian hydrodynamics
Matej Klima, Mikhail Shashkov and Andrew Barlow

An interface-aware subscale dynamics closure model for voids and solids
Andrew Barlow, Mikhail Shashkov and Matej Klima

A sharp diffuse-interface approach to compressible multi-fluid flows
Chao Zhang and Igor Menshov

A projected Ghost Fluid Method for a mimetic approach to extreme contrast interfaces in multiphase flows
Nicolas Valle, Francesc X. Trias, Jesús Castro and Asensi Oliva

Explicit partitioned methods for interface coupling
Kara J. Peterson, Paul A. Kuberry and Pavel B. Bochev

Experimental validation of numerical approach for free surface flows modelling based on lattice Boltzmann method (Keynote Lecture)
Jan Vimmr, Libor Lobovský, Ondřej Bublík and Tomáš Mandys

Experimental and numerical study on the melting behaviour of a phase change material in buoyancy driven flows
Varchasvi Nandana and Uwe Janoske

Numerical simulation of a rising bubble under the influence of electric forces using ISPH method
Amin Rahmat and Mehmet Yildiz

A numerical study of metal pad rolling instability in a simplified Hall-Héroult cell
Roman Gutt, Varchasvi Nandana and Uwe Janoske

Wave finite element method for vibration of periodic structures subjected to external loads
Tien Hoang, Denis Duhamel and Gilles Foret

Dynamic plasticity in metals computed by a discrete element method
Frédéric Marazzato, Alexandre Ern, Christian Mariotti, Laurent Monasse and Karam Sab

Analytical definition of the critical load of a long-reinforced concrete pipe with variable geometry
Alexandre de M. Wahrhaftig

Optimization of dynamic control problems using bionic approaches
Rolf Steinbuch

Geometrical nonlinear computational analysis on an intentional mistuning of a bladed-disk
Anthony Picou, Evangéline Capiez-Lernout, Christian Soize and Moustapha Mbaye

Development of an impact attenuator for a SAE formula vehicle
Bruno C. Mussulini and Larissa Driemeier

Isotropic turbulence impinging on boundaries
Jan W. Wissink and Herlina Herlina

Performance analysis of a plunging wing at low Reynolds number
Charles E. Badoe, Zheng-Tong Xie and Neil D. Sandham

A multiscale approach to hyrid RANS/LES wall modeling using function enrichment
Martin Kronbichler, Benjamin Krank and Wolfgang A. Wall

A comparison of methods for introducing synthetic turbulence
Marcel Matha, Christian Morsbach and Michael Bergmann

Reduced basis method applied to a convective instability Rayleigh-Bénard problem
Francisco Pla and Henar Herrero

Reduced basis methods and transport problems
Karsten Urban

Explicit parametric solutions using an algebraic PGD solver
Pedro Diez, Antonio Huerta and Sergio Zlotnik

A comparative POD/DMD analysis of canonical and actuated turbulent channel flows
Jesús Garicano-Mena, Esteban Ferrer, Nuno Vinha and Eusebio Valero

Reduced order modelling using a POD-based identification method for parameterized PDEs
Sabrina K. Star, Joris Degroote, Jan Vierendeels, Gert Van den Eynde and Francesco Belloni

An adaptive basis-enriching technique for POD-Greedy algorithm
Sridhar Chellappa, Lihong Feng and Peter Benner

Adaptive mesh refinement approaches for first order non-fitted boundary conditions methods
Isabelle Ramiere, Frédéric Lebon and Daria Koliesnikova

A mixed extended finite element formulation for the simulation of cracks and heterogeneities in nearly incompressible materials
Stefan Loehnert

Applying algebraic multigrid methods to dynamic, enriched, conformal decomposition finite element methods for multi-material transport
David R. Noble and Raymond S. Tuminaro

Dual weighted residual error estimation for the Finite Cell Method
Paolo Di Stolfo, Andreas Schröder and Andreas Rademacher

Cut isogeometric methods with Basis removal
Karl Larsson , Daniel Elfverson and Mats G. Larson

Immersed boundary penalty method for compressible flows over moving obstacles
Ilya Abalakin, Tatiana K. Kozubskaya, L. Kudryavtseva and Natalia Zhdanova

A new framework for large strain electro-mechanics based on convex multi-variable strain energies: new relaxation techniques and application to composite materials (Keynote Lecture)
Antonio J. Gil, Rogelio Ortigosa and Roman Poya

Numerical simulation of nano-scale electromechanical coupling by means of an immersed boundary b-spline method
Onofre Marco, David Codony, Sonia Fernández-Méndez and Irene Arias

FFT-based computational homogenization of electromechanically coupled boundary value problems at finite strains
Felix S. Göküzüm, Lu T. K. Nguyen and Marc-André Keip

Multiscale numerical study on origin of magnetoelectric effect
Yasutomo Uetsuji and Takeshi Wada

Theoretical and experimental investigation of magnetoelectric (ME) effects in tri-layered composites
Shaik Mahabu Subhani, S. Maniprakash and A. Arockiarajan

Presentation in pairs:
Continuum versus discrete approach in modeling of wear processes
Lucas Frérot and Enrico Milanese

Presentation in pairs:
A posteriori error estimation by stress reconstruction using non conforming methods
Fleurianne Bertrand and Steffen Muenzenmaier

Presentation in pairs:
Preconditioned iterative solvers for the multi-level hp-adaptive finite cell method
Frits de Prenter, John Jomo, Mohamed Elhaddad, Davide D‘Angella, Stefan Kollmannsberger, Clemens V. Verhoosel, Harald van Brummelen and Ernst Rank

Probabilistic strength analysis of fiber composite structures using lamination parameters (Keynote Lecture)
Benedikt Kriegesmann and Jannik Manderla

Residual strength prediction for multi-directional composites subjected to arbitrary fatigue loads
Marc Möller, Jochen Blaurock, Gerhard Ziegmann and Alfons Esderts

An adaptive algorithm to accelerate the critical plane identification for multiaxial fatigue criteria
Michael Wentingmann, Pablo Noever-Castelos and Claudio Balzani

Numerical simulation of LCF of structure material with inclusions
Yury M. Temis, Khakim K. Azmetov and Alexey A. Lazarev

Layer-based fatigue damage modelling and experimental validation for carbon fibre reinforced plastics under different stress ratios
Martin Brod, Gordon Just, Eelco Jansen, Ilja Koch, Raimund Rolfes and Maik Gude

On the enhanced ductility of 3D composites under compressive loading
Jim M.J. Schormans, Lucas R. Meza, Joris J.C. Remmers and Vikram S. Deshpande

Time-fractional mechanics for soft tissue modelling
Wojciech Sumelka and George Z. Voyiadjis

Numerical aspects of the fractional sturm-liouville problem
Tomasz Blaszczyk, Malgorzata Klimek and Mariusz Ciesielski

Inhomogeneous local boundary conditions in nonlocal problems
Burak Aksoylu and George A. Gazonas

Impact of magnetic materials shielding on coils used in wireless power transfer
Dominik Grybos, Jacek S. Leszczynski, R. Rygal, M. Soinski and K. Szewczyk