International audienceOwing to the small number of grains in the vertical direction of the ballast layer of a railway track, a discrete/continuum double-layer model is proposed: the upper layer (the ballast) is modelled by a discrete 3D-lattice of interacting grains whereas the infinite underlayer is a continuum linear elastic medium. The problem under consideration is the dynamic behaviour of this double-layer system under the action of a moving load. A parametric study concerning the underlayer stiffness, the load velocity and the grain size is conducted. A comparison with the continuum modelling is provided for realistic moving loads
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The procedure presented in this work aims at providing a framework for studying settlement of ballas...
The recent and rapid urbanization and frequent congestion of roads have led to more attention being ...
International audienceOwing to the small number of grains in the vertical direction of the ballast l...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper presents a multi-layer railway ballast track and substructure model, where a coupled disc...
In this work we propose a model for the analysis of the dynamic behaviour of a ballasted track that ...
In this work we propose a model for the analysis of the dynamic behaviour of a ballasted track that ...
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The procedure presented in this work aims at providing a framework for studying settlement of ballas...
The recent and rapid urbanization and frequent congestion of roads have led to more attention being ...
International audienceOwing to the small number of grains in the vertical direction of the ballast l...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper discusses the steady state response of a rigidly supported, granular layer to a moving lo...
This paper presents a multi-layer railway ballast track and substructure model, where a coupled disc...
In this work we propose a model for the analysis of the dynamic behaviour of a ballasted track that ...
In this work we propose a model for the analysis of the dynamic behaviour of a ballasted track that ...
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The steady state response of a discrete, granular layer to a uniformly moving, harmonically vibratin...
The procedure presented in this work aims at providing a framework for studying settlement of ballas...
The recent and rapid urbanization and frequent congestion of roads have led to more attention being ...