In this paper we present a numerical method for performing higher-order simulations of elastic-plastic waves in solids and we illustrate the accuracy of our approach by various numerical simulations of wave phenomena around cracks. The simulation of crack problems in solids is especially challenging, since the singularities in physical variables occurring at the crack are particularly difficult for numerical schemes to simulate, but they create many interesting physical effect
We present an efficient, implicit-explicit numerical method for wave propagation in solids containin...
An efficient scheme for the simulation of quasi-static crack growth in two-dimensional linearly elas...
Summary. We present a numerical technique to determine the displacement and stress fields due to pro...
Submitted in ESAIM ProcedingsThe Maxwell type elastic-plastic solids are characterized by decaying t...
This paper describes a simple mathematical model for one-dimensional elastoplastic wave propagation ...
The goal is to investigate mathematically the behavior of a linear elastic, isotropic, homogeneous a...
Numerical schemes for hyperbolic conservation laws in 2-D on a Cartesian grid usually have the advan...
In this article, it is demonstrated that current methods of modelling plasticity as the collective m...
This paper presents mathematical models of supersonic and intersonic crack propagation exhibiting Ma...
We present an ecient, implicit-explicit numerical method for wave propagation insolids containing ui...
The fundamental solutions of elasticity are used to establish a numerical method for elastic and pla...
We show that for the simulation of crack propagation in quasi-brittle, two-dimensional solids, very ...
The present finite element study addresses several issues of interest pertaining to the phenomenon o...
A failure theory for high polymers is developed from the hypothesis that weak regions exist in the m...
This thesis develops numerical methods for the simulation of wave propagation in solids containing f...
We present an efficient, implicit-explicit numerical method for wave propagation in solids containin...
An efficient scheme for the simulation of quasi-static crack growth in two-dimensional linearly elas...
Summary. We present a numerical technique to determine the displacement and stress fields due to pro...
Submitted in ESAIM ProcedingsThe Maxwell type elastic-plastic solids are characterized by decaying t...
This paper describes a simple mathematical model for one-dimensional elastoplastic wave propagation ...
The goal is to investigate mathematically the behavior of a linear elastic, isotropic, homogeneous a...
Numerical schemes for hyperbolic conservation laws in 2-D on a Cartesian grid usually have the advan...
In this article, it is demonstrated that current methods of modelling plasticity as the collective m...
This paper presents mathematical models of supersonic and intersonic crack propagation exhibiting Ma...
We present an ecient, implicit-explicit numerical method for wave propagation insolids containing ui...
The fundamental solutions of elasticity are used to establish a numerical method for elastic and pla...
We show that for the simulation of crack propagation in quasi-brittle, two-dimensional solids, very ...
The present finite element study addresses several issues of interest pertaining to the phenomenon o...
A failure theory for high polymers is developed from the hypothesis that weak regions exist in the m...
This thesis develops numerical methods for the simulation of wave propagation in solids containing f...
We present an efficient, implicit-explicit numerical method for wave propagation in solids containin...
An efficient scheme for the simulation of quasi-static crack growth in two-dimensional linearly elas...
Summary. We present a numerical technique to determine the displacement and stress fields due to pro...