Industrial and engineering applications, DEM simulations are commonly used. Therefore, there are a lot of different softwares for this application and each one is specializing in different aspects. With nowadays available computational power, simulations of real live experiments can provide very useful and accurate information that in the past wasn't imagined. Granular materials form an important role on the industrial field. These materials have different properties but one of them is the angle of repose, also known as critical angle of repose. This angle is the steepest angle of descent a material can be piled without dropping and depends on different characteristics of the material. This angle has several applications, one of them is for...
Purpose- YADE–OPEN DEM is an open source software based on the Discrete Element Method which uses ob...
The theory of continuous media is not sufficient to explain the behaviour of granular materials, so ...
A constitutive theory is developed for granular material undergoing arbitrarily large deformations. ...
Commercial and open source discrete element method software have been used by researchers and engine...
The repose of granular materials is investigated via two different Discrete Element Method (DEM) imp...
This thesis reports the results of DEM (Discrete Element Method) simulations of the behaviour of gra...
Granular materials are collections of discrete macroscopic particles. They exhibit rich and complex ...
Granular materials are present in almost every field of science, from the pharmacy industry to civil...
The problem of the relatively small angles of repose reported by computer simulations of granular ma...
We conducted numerical simulations of sheared granular materials under normal stress by using 3D DEM...
The discrete element method (DEM), developed by Cundall and Strack (1979) to solve geomechanical pro...
Granular matter is defined as a collection of particle grains, such as sand.This type of matter have...
International audienceThis paper aims at investigating the influence of grading on the undrained beh...
Granular materials are an essential component of many fields, such as the medicine and agriculture i...
Granular material is pervasive in our environment, and of significant importance in a number of scie...
Purpose- YADE–OPEN DEM is an open source software based on the Discrete Element Method which uses ob...
The theory of continuous media is not sufficient to explain the behaviour of granular materials, so ...
A constitutive theory is developed for granular material undergoing arbitrarily large deformations. ...
Commercial and open source discrete element method software have been used by researchers and engine...
The repose of granular materials is investigated via two different Discrete Element Method (DEM) imp...
This thesis reports the results of DEM (Discrete Element Method) simulations of the behaviour of gra...
Granular materials are collections of discrete macroscopic particles. They exhibit rich and complex ...
Granular materials are present in almost every field of science, from the pharmacy industry to civil...
The problem of the relatively small angles of repose reported by computer simulations of granular ma...
We conducted numerical simulations of sheared granular materials under normal stress by using 3D DEM...
The discrete element method (DEM), developed by Cundall and Strack (1979) to solve geomechanical pro...
Granular matter is defined as a collection of particle grains, such as sand.This type of matter have...
International audienceThis paper aims at investigating the influence of grading on the undrained beh...
Granular materials are an essential component of many fields, such as the medicine and agriculture i...
Granular material is pervasive in our environment, and of significant importance in a number of scie...
Purpose- YADE–OPEN DEM is an open source software based on the Discrete Element Method which uses ob...
The theory of continuous media is not sufficient to explain the behaviour of granular materials, so ...
A constitutive theory is developed for granular material undergoing arbitrarily large deformations. ...