Add to ORKGThe material structure at the microscale reveals the particulate nature of solids. By exploiting thediscrete aspect of materials, the so-called particle methods developed and applied to the simulation of solids and liquids have attracted the attention of several researchers in the field of computational mechanics. In thepresent paper, a particle method based on a suitable force potential is proposed to describe the nature andintensity of the forces existing between particles of either the same solid or different colliding solids. Theformulation applies to problems involving both granular materials and solids interacting with granular materials. The above approach is applied to simulate different problems dealing with the 3D dynamic fracture...
Computer simulation using the Discrete Element Method (DEM) has emerged as a powerful tool in studyi...
Computer simulation using the Discrete Element Method (DEM) has emerged as a powerful tool in studyi...
In numerical simulations where complex fracture behavior plays a prominent role in the material’s me...
The material structure at the microscale reveals the particulate nature of solids. By exploiting the...
The discrete nature of matter – typically recognised at the microscale – is usually replaced by a co...
Continuum mechanics is typically based on the fundamental notion of a mesoscopic volume element, who...
Computational simulation of solids has experienced a rapid development since the formulation of the ...
Computational approaches of mechanical systems based on the continuum hypothesis, are sometimes in...
AbstractMeshless particle methods, a group of simulation approaches that gains attention in the rece...
A general approach to realization of models of elasticity, plasticity and fracture of heterogeneous ...
This book is devoted to the Discrete Element Method (DEM) technique, a discontinuum modelling approa...
Understanding behaviour of granular materials plays a fundamental role in geomechanics, from prevent...
The nature of fracture phenomena strongly limits engineering solutions to cases, a little bit beyond...
In this paper two discrete element methods (DEM) are discussed. The free hexagon element method is c...
Granular materials are in abundance in nature and are estimated to constitute over 75% of all raw ma...
Computer simulation using the Discrete Element Method (DEM) has emerged as a powerful tool in studyi...
Computer simulation using the Discrete Element Method (DEM) has emerged as a powerful tool in studyi...
In numerical simulations where complex fracture behavior plays a prominent role in the material’s me...
The material structure at the microscale reveals the particulate nature of solids. By exploiting the...
The discrete nature of matter – typically recognised at the microscale – is usually replaced by a co...
Continuum mechanics is typically based on the fundamental notion of a mesoscopic volume element, who...
Computational simulation of solids has experienced a rapid development since the formulation of the ...
Computational approaches of mechanical systems based on the continuum hypothesis, are sometimes in...
AbstractMeshless particle methods, a group of simulation approaches that gains attention in the rece...
A general approach to realization of models of elasticity, plasticity and fracture of heterogeneous ...
This book is devoted to the Discrete Element Method (DEM) technique, a discontinuum modelling approa...
Understanding behaviour of granular materials plays a fundamental role in geomechanics, from prevent...
The nature of fracture phenomena strongly limits engineering solutions to cases, a little bit beyond...
In this paper two discrete element methods (DEM) are discussed. The free hexagon element method is c...
Granular materials are in abundance in nature and are estimated to constitute over 75% of all raw ma...
Computer simulation using the Discrete Element Method (DEM) has emerged as a powerful tool in studyi...
Computer simulation using the Discrete Element Method (DEM) has emerged as a powerful tool in studyi...
In numerical simulations where complex fracture behavior plays a prominent role in the material’s me...