Andrieux, Stéphane Clamart Global formulations for constitutive equations with gradients or regularized variables: some questions raised by the case of rate independent processes. Chambolle, Antonin Paris On crack initiation in brittle materials. Dal Maso, Gianni Trieste Existence results for variational models in fracture mechanics. Del Piero, Gianpietro Ferrara A variational model for fracture mechanics. Formulation and numerical experiments. DeSimone, Antonio Trieste Efendiev, Messoud Stuttgart On the rate-independent limit of systems with dry-friction and small viscosity. Francfort, Gilles Paris Giacomini, Alessandro Trieste Stability of one-sided minimality properties in fracture mechanics. Kocvara, Michal Praha On the modelling and control of the delamination problem. Kruzik, Martin Praha A model for hysteresis in bulk ferromagnets. Larsen, Christopher J. Worcester A level-set method for the Mumford-Shah problem and fracture. Lorentz, Eric Clamart Some questions about gradient constitutive relations. Mainik, Andreas Stuttgart A rate-independent model for phase transitions with sharp interfaces. Marigo, Jean-Jacques Paris A variational approach to fatigue. Mielke, Alexander Stuttgart Rate-independent models with finite-strain elasticity and time-dependent Dirichlet boundary conditions. Mora, Maria Giovanna Trieste Quasistatic evolution problems in linearly elastic-perfectly plastic media. Orlando, Antonio Berlin Effective algorithms in relaxation theory for microstructure evolution in solid mechanics. Ponsiglione, Marcello Trieste Quasi static growth of brittle cracks in a linearly elastic flexural plate. Roubícek, Tomas Praha Rate independent processes in shape memory alloys, including numerical analysis and simulation. Suquet, Pierre Marseille Incremental variational principles and homogenization of dissipative composite materials. Theil, Florian Warwick Rate-independent evolution of elastoplastic microstructures. Visintin, Augusto Trento P.D.E.s with discontinuous hysteresis.
ProgrammePlease click here to download a preliminary programme.
Please click here to download a preliminary list of talks and abstracts.
Location and Travel InformationThe workshop will be held atLaboratoire P.M.T.M. Bat: L2
Université Paris 13
Avenue Jean-Baptiste Clément
F - 93430 VILLETANEUSE
The university campus at Villetaneuse can be reached from Paris by public transportation. At Paris Gare du Nord please take a train with destination Ermont-Eaubonne, Luzarches, Persan-Beaumont, or Valmondois. The trains depart from platforms 30 to 36; that area is called "Trains de Banlieue". Please verify on the platform that the train stops at Epinay-Villetaneuse. Get out of the station Epinay-Villetaneuse by following the Villetaneuse exit. There, take one of the following buses until the stop Université Paris 13:
Signs will be posted at the train station and at the bus stop with the mention "ARIP-LPMTM".
- bus 156 [direction Gare de St-Denis],
- bus 354 [direction Pierrefitte-Stains],
- bus 356 [direction St-Denis Université].
The transportation time from Gare du Nord to Epinay-Villetaneuse is about 20 to 25 minutes including waiting time. The total travel time from the hotel to the university is about 45 minutes.
Please click here to get a map of the region.
Please click here to get a map of the campus.
Accommodation and Practical InformationAccommodation has been arranged by the organizers in the following hotel which is situated close to Gare du Nord:Relais de Paris Republique
38 Boulevard De Magenta
Tel: + 1 42 38 02 55
AcknowledgementThis workshop is sponsored by Université Paris-Nord, by Laboratoire des Propriétés Mécaniques et Thermodynamiques des Matériaux, by Electricité de France, by German Research Foundation, and by Institut für Analysis, Dynamik und Modellierung. The generous support is gratefully acknowledged.
Last modification on 26 August 2004 by Stefanie Siegert