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Simulation of the propagation of a cylindrical shear wave : non linear and dissipative modelling
Acte de colloque   Open Access

Simulation of the propagation of a cylindrical shear wave : non linear and dissipative modelling

Denis Jeambrun, Yves Moreau, Jean-Louis L Costaz, Jean-Pierre Tourret, Paul Jouanna et Gilles Lecoy
A.M.S.E. CSS (Communications, Signals and Systems), Vol.Volume 2, pp.pp. 587-591
A.M.S.E. CSS (Communications, Signals and Systems)
A.M.S.E. CSS' 96 (BRNO, Czech Republic, 10/09/1996–12/09/1996)
10/09/1996

Résumé

Hysteresis Simulation Dynamics Discontinuities Seismic Dissipation Waves Non linear Nonlinear AMSE
The simulation of a wave propagation caused by seismic stimulation allows to study the behaviour of the environment and to evaluate the consequences. The model involves the wave equation with a hysteresis loop in the stress-strain relationship. This induces non-linearities and, at the vertices of the loop, non-differentiable mathematical operators. This paper offers a numerical process which works out this simulation.

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