This paper extends the anelastic approximation to a two-component fluid. Under the extended approximation, a force arises owing to changes in concentration of one component; it is demonstrated that the work done by this force corresponds to the conversion between kinetic and internal energy. Furthermore, the conditions under which the extended approximation is applicable are formulated
Discrete mechanics is presented as an alternative to the equations of fluid mechanics, in particular...
finite element solution of an added mass formulation for coupled fluid-solid vibration
This paper presents a method for simulating the two-way interaction between fluids and deformable so...
This paper reconstructs the anelastic approximation in such a manner that it can be applied to any k...
This note extends the Boussinesq approximation to a two-component fluid, in a manner consistent with...
This paper constructs a variant of the anelastic approximation; its energetics and the conditions fo...
The identification of separate physical features contributing to the force resultants on a moving bo...
Particle-and-Force models for high-speed-computer calculations of fluid dynamics problems have sever...
Simple analytical approximations for the internal energy of the strongly coupled one-componentplasma...
[[abstract]]We derive a new set of equations of motion in conjunction with proper isothermal-isotens...
International audienceThe primary objective of discrete mechanics is to unify various laws from diff...
This paper presents a theory describing the energy budget of a fluid under the Boussinesq approximat...
International audienceAn Eulerian approach is presented for generic fluid-structure coupling of an e...
International audienceThe unification of the laws of fluid and solid mechanics is achieved on the ba...
We revisit internal energy relaxation processes and related bulk viscosity coefficients in fluid mod...
Discrete mechanics is presented as an alternative to the equations of fluid mechanics, in particular...
finite element solution of an added mass formulation for coupled fluid-solid vibration
This paper presents a method for simulating the two-way interaction between fluids and deformable so...
This paper reconstructs the anelastic approximation in such a manner that it can be applied to any k...
This note extends the Boussinesq approximation to a two-component fluid, in a manner consistent with...
This paper constructs a variant of the anelastic approximation; its energetics and the conditions fo...
The identification of separate physical features contributing to the force resultants on a moving bo...
Particle-and-Force models for high-speed-computer calculations of fluid dynamics problems have sever...
Simple analytical approximations for the internal energy of the strongly coupled one-componentplasma...
[[abstract]]We derive a new set of equations of motion in conjunction with proper isothermal-isotens...
International audienceThe primary objective of discrete mechanics is to unify various laws from diff...
This paper presents a theory describing the energy budget of a fluid under the Boussinesq approximat...
International audienceAn Eulerian approach is presented for generic fluid-structure coupling of an e...
International audienceThe unification of the laws of fluid and solid mechanics is achieved on the ba...
We revisit internal energy relaxation processes and related bulk viscosity coefficients in fluid mod...
Discrete mechanics is presented as an alternative to the equations of fluid mechanics, in particular...
finite element solution of an added mass formulation for coupled fluid-solid vibration
This paper presents a method for simulating the two-way interaction between fluids and deformable so...