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

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

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

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