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Thursday, July 3rd 10:30 - 12:30
Adaptive Methods for Material Processing I
Minisymposium organized by Thierry Coupez, Jean-François Hetu and José César de Sa
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Room: CIN.SalaVolpi
MS122A
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10:30 A New Reduced Integrated Solid-Shell Element for Sheet Metal Forming Applications
Rui Cardoso, Jeong Yoon, Made Mahardika and Sanjay Choudhry
10:50 Application of Adaptive Method in Thermomechanical Modeling and Simulation of Extrusion of Aluminum Alloys
Farhad Parvizian, Tobias Kayser and Bob Svendsen
11:10 Constitutive Modeling and Simulation of Cold Forming of Ceramic Powders
Andrea Piccolroaz, Davide Bigoni, Alessandro Cocquio, Luca Deseri, Alessandro Gajo and Laura Galuppi
11:30 Integration of a Projection Technique for the Adaptive Remeshing of Thin Sheets
Laurence Giraud-Moreau, Houman Borouchaki and Abdelhakim Cherouat
11:50 Efficient Simulation of Contact Problems: Multi-Body Case and Large Deformations
Thomas Dickopf, Rolf Krause and Christina Mohr
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Thursday, July 3rd 16:30 - 18:30
Adaptive Methods for Material Processing III
Minisymposium organized by Thierry Coupez, Jean-François Hetu and José César de Sa
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Room: CIN.SalaVolpi
MS122C
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16:30 Assessment of adaptative meshing in CPFEM simulation of the anisotropy of polycristalline aggregates
Maxime Melchior, Jean-François Remacle and Laurent Delannay
16:50 Numerical Modelling of Plastic Deformation and Subsequent Primary Recrystallization in a Polycrystalline Volume Element, Based on a Level Set Framework
Heba Resk, M. Bernacki, Yvan Chastel, Thierry Coupez and Roland Logé
17:10 Adaptive Remeshing Issues in the Presence of Softening Constitutive Models Associated with Ductile Damage Prediction
Jose Cesar de Sa, Francisco Pires and Cai Zheng
17:30 Computer-Aided Modeling of High-Pressure/High-Temperature Processing of Materials
Oleksandr Lyeshchuk
17:50 Qualitative Behavior of Solutions in the Vicinity of Tool Surface in Plasticity Theory for Porous and Powder Materials
Olga Chesnikova, Sergei Alexandrov and Alexander Pirumov
18:10 Start-Up of Flow through a 4:1:4 Constriction in a Tube using the Rouse-CCR Tube Model for Linear Entangled Polymers with Finite Extensibility
Kalonji Kabanemi, Jean-Francois Hetu and Martin Audet
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