Study the heats propagation in a solid, liquid cont inuums is an actual problems. The liquid continuum may be considered as a biomaterial. The present investigation is devoted to the study of 1D and 2D dynamic coupled thermo elasticity problems. In case of coupled problems the motion and heat conduction equations are considered together. For numerical solution of thermo elasticity problems an explicit and implicit schemes are constructed. The explicit and implicit schemes by using recurrent formulas and the “consecutive” methods are solved. Comparison of two results shows a good coincidence
This article is devoted to mathematical models of thermal shock in terms of dynamic thermoelasticity...
International audienceWe study the coupled thermo-mechanical problem that is obtained by com-bining ...
A new algorithm for coupling boundary and finite element methods is developed for transient two dime...
Using the strain space thermoplasticity theory, proposed by the first author, the coupled dynamic th...
When designing mechanical equipment, in numerous cases thermal effects have to be taken into conside...
When designing mechanical equipment, in numerous cases thermal effects have to be taken into conside...
A numerical solution is presented for a one-dimensional, nonlinear boundary-value problem of thermoe...
A numerical solution is presented for a one-dimensional, nonlinear boundary-value problem of thermoe...
summary:The authors study problems of existence and uniqueness of solutions of various variational f...
A variational formulation of the coupled thermo-mechanical boundary-value problem for general dissip...
Non-negligible coupled thermal and mechanical effects occur in several physical and industrial pro...
The subject of thermo-electroelasticity involves many complications due to the multiple ways in whic...
Non-negligible coupled thermal and mechanical effects occur in several physical and industrial pro...
The formulation and algorithmic aspects of nonlinear thermo-elasticity are reviewed in the paper. Th...
Abstract: The work is dedicated to the development and investigation of the calculated alg...
This article is devoted to mathematical models of thermal shock in terms of dynamic thermoelasticity...
International audienceWe study the coupled thermo-mechanical problem that is obtained by com-bining ...
A new algorithm for coupling boundary and finite element methods is developed for transient two dime...
Using the strain space thermoplasticity theory, proposed by the first author, the coupled dynamic th...
When designing mechanical equipment, in numerous cases thermal effects have to be taken into conside...
When designing mechanical equipment, in numerous cases thermal effects have to be taken into conside...
A numerical solution is presented for a one-dimensional, nonlinear boundary-value problem of thermoe...
A numerical solution is presented for a one-dimensional, nonlinear boundary-value problem of thermoe...
summary:The authors study problems of existence and uniqueness of solutions of various variational f...
A variational formulation of the coupled thermo-mechanical boundary-value problem for general dissip...
Non-negligible coupled thermal and mechanical effects occur in several physical and industrial pro...
The subject of thermo-electroelasticity involves many complications due to the multiple ways in whic...
Non-negligible coupled thermal and mechanical effects occur in several physical and industrial pro...
The formulation and algorithmic aspects of nonlinear thermo-elasticity are reviewed in the paper. Th...
Abstract: The work is dedicated to the development and investigation of the calculated alg...
This article is devoted to mathematical models of thermal shock in terms of dynamic thermoelasticity...
International audienceWe study the coupled thermo-mechanical problem that is obtained by com-bining ...
A new algorithm for coupling boundary and finite element methods is developed for transient two dime...