The study provides an overview of modelling possibilities for the mechanical behaviour of media. The discrete, continuous or differential geometric as well as the discrete nature and continuous description grid continuum model in particular are highlighted. We point out that the differential geometric model is based on the concept of continuity and interprets a continuous medium model. We reveal that the grid continuum model is based on the application of numerical method and interprets a discrete medium model
Discrete Model is based on the description of the physical state (velocity, position, temperature, m...
Examples are presented of aspects of the mechanical behaviour of granular materials which need to be...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
This paper continues the path opened by previously published researches related to numerical models ...
The theory of elasticity describes deformable materials such as rubber, cloth, paper, and flexible m...
Basic concepts of methods of discrete simulation of physical systems based on the microscopic dynami...
This first chapter of the volume on Constitutive Modelling of Solid Continua sets out briefly the ma...
We propose a new approach to modeling the behavior of heterogeneous media, according to which such o...
This paper addresses the continuum modeling of a discrete system such as granular media. Depending o...
The present work deals with continuum mechanical considerations for de-formable and rigid solids as ...
This book was born with the vocation of being a tool for the training of engineers in continuum mech...
Generalized continuum theories for materials and processes have been introduced in order to account ...
The modeling of the behavior of pressure-sensitive materials is embedded in the general continuum me...
This report summarizes the key continuum mechanics concepts required for the systematic prescription...
This article discusses the derivation of continuum models that can be used for modelling the inhomog...
Discrete Model is based on the description of the physical state (velocity, position, temperature, m...
Examples are presented of aspects of the mechanical behaviour of granular materials which need to be...
International audienceThis paper tracks the development of lattice models that aim to describe linea...
This paper continues the path opened by previously published researches related to numerical models ...
The theory of elasticity describes deformable materials such as rubber, cloth, paper, and flexible m...
Basic concepts of methods of discrete simulation of physical systems based on the microscopic dynami...
This first chapter of the volume on Constitutive Modelling of Solid Continua sets out briefly the ma...
We propose a new approach to modeling the behavior of heterogeneous media, according to which such o...
This paper addresses the continuum modeling of a discrete system such as granular media. Depending o...
The present work deals with continuum mechanical considerations for de-formable and rigid solids as ...
This book was born with the vocation of being a tool for the training of engineers in continuum mech...
Generalized continuum theories for materials and processes have been introduced in order to account ...
The modeling of the behavior of pressure-sensitive materials is embedded in the general continuum me...
This report summarizes the key continuum mechanics concepts required for the systematic prescription...
This article discusses the derivation of continuum models that can be used for modelling the inhomog...
Discrete Model is based on the description of the physical state (velocity, position, temperature, m...
Examples are presented of aspects of the mechanical behaviour of granular materials which need to be...
International audienceThis paper tracks the development of lattice models that aim to describe linea...