Coherent thermodynamical modelling of geomaterial reinforced by wires
Romain Laniel, Pierre Alart, Stéphane Pagano
Abstract
The TexSol is a composite geomaterial : a sand matrix and a wire network reinforcement. For small strains a thermodynamical continuous model of the TexSol including the unilaterality of the wire network is postulated. This model is described by two potentials which depend on some internal variables and a state variable either strain or stress tensor (the choice of this last one gives two different ways of identification). The TexSol continuous model is implemented in a finite element code to recover the mechanical behaviour given by discrete elements numerical experiments.
Create a lesson
Related papers
Covariant Electrodynamics with a Scalar Degree of Freedom
Seil Sautbekov
Electromagnetic Radiation from a Neutralized Polarized Sphere with Two Conserved Currents for One Charge History
Natan Rentzber
The Photon Gas in Classical Mechanics: A Statistical-Mechanical Treatment of Classical Field Theory
Farhang Loran, Saman Moghimi-Araghi
Hydrogen Molecular Ion and Molecule in Classical Electrodynamics with Classical Zero-Point Radiation
Timothy H. Boyer
Spheroid rolling up on diverging inclines
Khanh P. M. Hoang, Duy V. Nguyen
Scalar-Longitudinal Radiation in Extended Electrodynamics with Multipole Theory and a Compensated Source Model
Natan Rentzber