[[abstract]]We derive a new set of equations of motion in conjunction with proper isothermal-isotension and isoenthalpic-isotension ensembles to be used in molecular dynamics simulations for a system under anisotropic loading. The new equations of motion satisfy the requirement of invariance of physical properties with respect to the simulation cell transformation, and hence are more appropriate for use in studying a system undergoing a structural transformation. We also present the correct expressions for calculating the elastic constants in these ensembles.[[notice]]補正完畢[[incitationindex]]SC
A model framework for anisotropic damage, that is kinetically coupled to inelastic deformations, is ...
We present methods that use results from molecular dynamics (MD) simulations to construct continuum ...
AbstractThe three matrices L(v), S(v) and H(v), appearing frequently in the investigations of the tw...
In the field of configurational mechanics we study energetic changes associated to variations of mat...
A state space formalism for anisotropic elasticity including the thermal effect is developed. A sali...
Supporting data related to manuscript "Molecular dynamics at constant pressure and stress using anis...
A model framework for anisotropic damage, that is kinetically coupled to inelastic deformations, is ...
Molecular dynamics simulations of solids are often performed using anisotropic barostats that allow ...
The equations of motion for linearly elastic bodies undergoing large displacement motion are derived...
We present methods that use results from molecular dynamics (MD) simulations to construct continuum ...
Anisotropic damage modeling still poses a number of open challenges. One of the most important is ho...
International audienceWe compute the elastic stiffness tensor of fcc argon at 60 K and 1 bar using m...
We simulate dynamic mechanical analysis experiments for the Kob-Andersen binary Lennard-Jones system...
The method of molecular dynamics at fixed pressure and/or temperature is adapted to rigid or partly ...
The time-dependent differential equations of elastodynamics for homogeneous solids with a general st...
A model framework for anisotropic damage, that is kinetically coupled to inelastic deformations, is ...
We present methods that use results from molecular dynamics (MD) simulations to construct continuum ...
AbstractThe three matrices L(v), S(v) and H(v), appearing frequently in the investigations of the tw...
In the field of configurational mechanics we study energetic changes associated to variations of mat...
A state space formalism for anisotropic elasticity including the thermal effect is developed. A sali...
Supporting data related to manuscript "Molecular dynamics at constant pressure and stress using anis...
A model framework for anisotropic damage, that is kinetically coupled to inelastic deformations, is ...
Molecular dynamics simulations of solids are often performed using anisotropic barostats that allow ...
The equations of motion for linearly elastic bodies undergoing large displacement motion are derived...
We present methods that use results from molecular dynamics (MD) simulations to construct continuum ...
Anisotropic damage modeling still poses a number of open challenges. One of the most important is ho...
International audienceWe compute the elastic stiffness tensor of fcc argon at 60 K and 1 bar using m...
We simulate dynamic mechanical analysis experiments for the Kob-Andersen binary Lennard-Jones system...
The method of molecular dynamics at fixed pressure and/or temperature is adapted to rigid or partly ...
The time-dependent differential equations of elastodynamics for homogeneous solids with a general st...
A model framework for anisotropic damage, that is kinetically coupled to inelastic deformations, is ...
We present methods that use results from molecular dynamics (MD) simulations to construct continuum ...
AbstractThe three matrices L(v), S(v) and H(v), appearing frequently in the investigations of the tw...