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Monday, June 30th 11:30 - 12:30
Numerical Techniques for the Modelling of Material Failure in Solids I
Minisymposium organized by Xavier Oliver and Francisco Armero
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Room: CAS3.7
MS237A
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11:30 Spalling of Concrete: Micro - and Macro Experiments and Simulations (Keynote Lecture)
Kaspar Willam, Keun Lee, Jaesung Lee and Yunping Xi
12:00 3D Higher Order X-Fem Model for Hygro-Mechanical Analysis of Cracked Cementitious Materials (Keynote Lecture)
Stefan Jox, Christian Becker and Günther Meschke
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Tuesday, July 1st 10:30 - 12:30
Numerical Techniques for the Modelling of Material Failure in Solids IV
Minisymposium organized by Xavier Oliver and Francisco Armero
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Room: CAS3.7
MS237D
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10:30 Analysis of Strong Discontinuities in Partially-Saturated Poroplastic Solids
Carlo Callari, Francisco Armero and Andrea Abati
10:50 Modelling of Failure in Solids by Embedded Discontinuities. Displacements and Strain-Displacements Formulations of Finite Element
Jaime Retama and Gustavo Ayala
11:10 Approximation of the Displacement and Mixed Formulations of Solids with Embedded Discontinuities using the Meshless Element Free Galerkin Method
Félix Saucedo, Gustavo Ayala and Gelacio Juárez
11:30 Numerical Modelling of Growth and Propagation of Interfaces by Means of the Embedded Discontinuities Approach
Loredana Contrafatto and Massimo Cuomo
11:50 Mixed Finite Approximation of the Material Failure Process with Continuum Damage Models: Shear Failure Material Mode
Gelacio Juárez and Gustavo Ayala
12:10 Modeling of Discontinuous Failures in Beams and Plates
Jaka Dujc, Bostjan Brank and Adnan Ibrahimbegovic
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Tuesday, July 1st 16:30 - 18:30
Numerical Techniques for the Modelling of Material Failure in Solids VI
Minisymposium organized by Xavier Oliver and Francisco Armero
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Room: CAS3.7
MS237F
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16:30 Limit Analysis based Upscaling of Strength Properties and Investigation of Failure Modes of Two-Phase Materials
Josef Füssl and Roman Lackner
16:50 Modeling of Dynamic Fracture using Finite Elements with Embedded Strong Discontinuities
Christian Linder and Francisco Armero
17:10 Adaptive Dynamic Cohesive Fracture Simulation Using Edge-Swap and Node Perturbation Operators
Kyoungsoo Park, Glaucio Paulino and Waldemar Celes
17:30 Moving Finite Element Analyses for Dynamic Nonlinear Fracture of Voided Materials
Takehiro Fujimoto and Toshihisa Nishioka
17:50 A Numerical and Experimental Study of the Dynamic Propagation of Two Cracks in a Brittle Material
David Grégoire, Julien Réthoré, Hubert Maigre and Alain Combescure
18:10 Elusidation of Various Dynamic Fracture Mechanisms using the Moving Finite Element based on Delaunay Automatic Triangulation
Toshihisa Nishioka
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