Monday, 23 May – morning |
08:20 |
08:30 |
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Welcome and introduction |
Numerical methods, chaired by Jean-François Molinari and Peter Wriggers |
08:30 |
09:10 |
Keynote: Stanisław Stupkiewicz |
Augmented Lagrangian method for inequality constraints in contact mechanics and beyond |
09:10 |
09:30 |
Roger A. Sauer and Katharina Immel |
A coupled thermo-chemo-mechanical contact formulation and its monolithic finite element implementation |
09:30 |
09:50 |
Dongyu Liu, Sanne J. van den Boom, Angelo Simone and Alejandro M. Aragón |
An interface-enriched generalized finite element formulation for locking-free coupling of non-conforming discretizations and contact |
09:50 |
10:10 |
Rodrigo Pinto Carvalho, António M. Couto Carneiro, Francisco M. Andrade Pires and Alexander Popp
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An efficient dual mortar algorithm for rigid/deformable contact |
10:10 |
10:30 |
Ignatios Athanasiadis, Andrei G. Shvarts, Łukasz Kaczmarczyk and Chris J. Pearce |
Brittle crack propagation along a contact interface in the Arbitrary Lagrangian-Eulerian description of motion |
10:30 |
10:45 |
coffee break |
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10:45 |
11:05 |
Peter Wriggers, Mircan Cihan, Blaz Hudobivnik |
Modeling of contact with the Virtual Element Method |
11:05 |
11:25 |
Alexander Popp |
Thermomechanical contact and friction with large deformations: Mortar method vs. Nitsche’s method |
11:25 |
11:45 |
Ali Raoofian, József Kövecses, Marek Teichmann |
Non-smooth Reduced Interface Models of Multibody Systems |
11:45 |
12:05 |
L. P. Obrezkov, B. Bozorgmehri and M.K. Matikainen |
Contact between slider beams based on micropolar media |
12:05 |
12:25 |
E. Gabriela Loera Villeda, Alexander Popp |
Coupling of NURBS boundary layer meshes with bulk finite element meshes using mortar methods |
12:30 |
13:45 |
lunch break |
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Monday, 23 May – afternoon |
Applications, chaired by Guillaume Anciaux and Julien Scheibert |
13:45 |
14:25 |
Keynote: Lucia Nicola |
Modeling contact deformation of rough bodies (R. Civiero, F. Perez-Rafols, JS Van Dokkum, L. Nicola) |
14:25 |
14:45 |
Andrei G. Shvarts, Ignatios Athanasiadis, Łukasz Kaczmarczyk, Charchit Kumar, Guanbo Min, Yang Xu, Daniel M. Mulvihill, Chris J. Pearce |
Accurate identification of the real contact area for simulation of triboelectric nanogenerators considering surface roughness |
14:45 |
15:05 |
Qiang Li, Roman Pohrt and Valentin L. Popov |
Effect of roughness on normal and tangential adhesive contact |
15:05 |
15:25 |
A. Aymard, E. Delplanque, D. Dalmas and J. Scheibert |
Friction law of model asperity-based rough elastomer contacts |
15:25 |
15:45 |
C. Putignano, G. Carbone |
Lubrication between viscoelastic bodies: theory & experiments |
15:45 |
16:00 |
coffee break |
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16:00 |
16:20 |
Ramin Aghababaei, Kai Zhao |
Adhesive wear law at the asperity level: Did Archard get it right? |
16:20 |
16:40 |
N. Menga, G. Carbone, D. Dini
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Thin coatings frictional contact mechanics: the effect of normal-tangential coupling |
16:40 |
17:00 |
Selim E. Toktas and Serkan Dag |
On the moving contact problem between an arbitrarily graded coating and a semi-circular punch |
17:00 |
17:20 |
Jakub Lengiewicz, Julien Scheibert, Stanislaw Stupkiewicz |
Large deformations govern the anisotropic shear-induced area reduction of soft elastic contacts
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17:20 |
17:40 |
İlker Temizer, Kenjiro Terada and Junji Kato |
Microscopic design and optimization of hydrodynamically lubricated dissipative interfaces |
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