Add to ORKGThis poster presents a numerical integration to solutions for the plane-strain rigid-perfectly plastic deformation of a granular material in a container satisfying the stress-equilibrium conditions, the Coulomb yield criterion and the double-slip kinematic equations
Abstract. A plasticity type model is here considered for the flow of a dry granular material such as...
The aim of this work is to present a new procedure for modelling industrial processes that involve g...
Numerical simulations of granular flows with Navier–Stokes type models emerged in the last decade, c...
This poster presents a numerical approximation for the stress and velocity characteristics equations...
A mathematical study has been undertaken to model various kinds of granular flows including the perf...
In this paper, a numerical approximation of the stress equation for the indentation of granular mate...
A numerical approximation of the stress equation for the indentation of granular materials by a smoo...
In quasi-static flows of granular materials, there often exist stress and velocity discontinuities...
This work proposes the computational method for the construction of the stress field in the deformat...
We propose and numerically implement a constitutive framework for granular media that allows the mat...
One approach to modeling fully developed shear flow of frictional granular materials is to use a yie...
A general numerical approximation for the construction of the stress characteristic field in the def...
2014 , Purdue University, West Lafayette, IN, October 1‑3, 2014. We study the steady fully developed...
The aim of this work is to describe a numerical framework for reliably and robustly simulating the d...
Friction plays a fundamental role in the Mechanics of granular materials. Two prob-lems are consider...
Abstract. A plasticity type model is here considered for the flow of a dry granular material such as...
The aim of this work is to present a new procedure for modelling industrial processes that involve g...
Numerical simulations of granular flows with Navier–Stokes type models emerged in the last decade, c...
This poster presents a numerical approximation for the stress and velocity characteristics equations...
A mathematical study has been undertaken to model various kinds of granular flows including the perf...
In this paper, a numerical approximation of the stress equation for the indentation of granular mate...
A numerical approximation of the stress equation for the indentation of granular materials by a smoo...
In quasi-static flows of granular materials, there often exist stress and velocity discontinuities...
This work proposes the computational method for the construction of the stress field in the deformat...
We propose and numerically implement a constitutive framework for granular media that allows the mat...
One approach to modeling fully developed shear flow of frictional granular materials is to use a yie...
A general numerical approximation for the construction of the stress characteristic field in the def...
2014 , Purdue University, West Lafayette, IN, October 1‑3, 2014. We study the steady fully developed...
The aim of this work is to describe a numerical framework for reliably and robustly simulating the d...
Friction plays a fundamental role in the Mechanics of granular materials. Two prob-lems are consider...
Abstract. A plasticity type model is here considered for the flow of a dry granular material such as...
The aim of this work is to present a new procedure for modelling industrial processes that involve g...
Numerical simulations of granular flows with Navier–Stokes type models emerged in the last decade, c...