Add to ORKGsummary:The paper deals with a finite element solution of transient thermoelasticity problems. For each time step the system of linear algebraic equations is solved using the conjugate gradient method preconditioned by incomplete factorization of the matrix derived from the original matrix. The time step is chosen adaptively. The results of numerical tests are presented. A procedure for the solution of large practical problems is proposed
The one-dimensional, cylindrical, quasi-static, coupled thermoelastic problem is considered. The tem...
After the extensive research on the capabilities of the Boundary Integral Equation Method produced ...
For many decades, the classical Finite Element Method (FEM) was successfully used to solve a wide r...
summary:The paper deals with a finite element solution of transient thermoelasticity problems. For e...
When designing mechanical equipment, in numerous cases thermal effects have to be taken into conside...
The paper deals with a finite element solution of transient thermoelasticity problems. For each time...
Variational formulation of a coupled thermomechanical problem of anisotropic solids for the case of ...
This paper is concerned with the mathematical modeling of transient thermal elastic problem involvin...
A fast approximation method to three dimensional equations in quasi-static uncoupled thermoelasticit...
AbstractThe recently introduced Finite Cell Method (FCM) combines the fictitious domain idea with th...
THERM is a three-dimensional finite-element computer program for solving transient heat conduction p...
Includes bibliographical references.This thesis is concerned with the numerical modelling of the tra...
International audienceThis paper presents a thermo-mechanical approach to the numerical simulation o...
The transient response of saturated continua due to thermal as well as mechanical loads is investiga...
A finite element is developed to discretize spatially one-dimensional transient heat conduction ...
The one-dimensional, cylindrical, quasi-static, coupled thermoelastic problem is considered. The tem...
After the extensive research on the capabilities of the Boundary Integral Equation Method produced ...
For many decades, the classical Finite Element Method (FEM) was successfully used to solve a wide r...
summary:The paper deals with a finite element solution of transient thermoelasticity problems. For e...
When designing mechanical equipment, in numerous cases thermal effects have to be taken into conside...
The paper deals with a finite element solution of transient thermoelasticity problems. For each time...
Variational formulation of a coupled thermomechanical problem of anisotropic solids for the case of ...
This paper is concerned with the mathematical modeling of transient thermal elastic problem involvin...
A fast approximation method to three dimensional equations in quasi-static uncoupled thermoelasticit...
AbstractThe recently introduced Finite Cell Method (FCM) combines the fictitious domain idea with th...
THERM is a three-dimensional finite-element computer program for solving transient heat conduction p...
Includes bibliographical references.This thesis is concerned with the numerical modelling of the tra...
International audienceThis paper presents a thermo-mechanical approach to the numerical simulation o...
The transient response of saturated continua due to thermal as well as mechanical loads is investiga...
A finite element is developed to discretize spatially one-dimensional transient heat conduction ...
The one-dimensional, cylindrical, quasi-static, coupled thermoelastic problem is considered. The tem...
After the extensive research on the capabilities of the Boundary Integral Equation Method produced ...
For many decades, the classical Finite Element Method (FEM) was successfully used to solve a wide r...