The article discusses the use of a numerical method the calculation of finite cylinders into account the dependence of physical and mechanical properties of the material on temperature. If we have two-dimensional temperature field characteristics of the material depends on two coordinates. - r and z from which follows that the problem of thermoelasticity is also a two-dimensional. Using the numerical method allows to solve the problem for any state of the cylinder (plane stress or plane strain) and consider arbitrary boundary conditions at its ends
The paper releases results of numerical calculation of axisymmetric dynamic thermoelasticity task fo...
© PNRPU. We framed a precise solution of the nonsymmetrical boundary value problem of the elasticity...
The numerical analysis of material forces in the context of thermo-hyperelasticity constitutes the c...
AbstractThe article discusses the use of a numerical method the calculation of finite cylinders into...
AbstractThe article discusses the use of a numerical method the calculation of finite cylinders into...
An infinitely long hollow cylinder containing isotropic linear elastic material is considered under ...
A simple computational model is developed to estimate elastic, elastic-plastic, fully plastic, and r...
Three approaches are used to determine the principal stress differences in an infinite elastic mediu...
A three-dimensional rigorous solution for determining thermal stresses in a finite solid cylinder du...
Subject of inquiry: Temperature sensitive bodies being heated up by a heat flow. The aim of the work...
Thick-walled shells are found in many engineering structures, particularly in the con- struction of ...
A three-dimensional rigorous solution for determining thermal stresses in a finite solid cylinder du...
A three-dimensional rigorous solution for determining thermal stresses in a finite solid cylinder du...
The use of temperature-dependent physical properties in estimating the thermoelastic response of cyl...
The paper releases results of numerical calculation of axisymmetric dynamic thermoelasticity task fo...
The paper releases results of numerical calculation of axisymmetric dynamic thermoelasticity task fo...
© PNRPU. We framed a precise solution of the nonsymmetrical boundary value problem of the elasticity...
The numerical analysis of material forces in the context of thermo-hyperelasticity constitutes the c...
AbstractThe article discusses the use of a numerical method the calculation of finite cylinders into...
AbstractThe article discusses the use of a numerical method the calculation of finite cylinders into...
An infinitely long hollow cylinder containing isotropic linear elastic material is considered under ...
A simple computational model is developed to estimate elastic, elastic-plastic, fully plastic, and r...
Three approaches are used to determine the principal stress differences in an infinite elastic mediu...
A three-dimensional rigorous solution for determining thermal stresses in a finite solid cylinder du...
Subject of inquiry: Temperature sensitive bodies being heated up by a heat flow. The aim of the work...
Thick-walled shells are found in many engineering structures, particularly in the con- struction of ...
A three-dimensional rigorous solution for determining thermal stresses in a finite solid cylinder du...
A three-dimensional rigorous solution for determining thermal stresses in a finite solid cylinder du...
The use of temperature-dependent physical properties in estimating the thermoelastic response of cyl...
The paper releases results of numerical calculation of axisymmetric dynamic thermoelasticity task fo...
The paper releases results of numerical calculation of axisymmetric dynamic thermoelasticity task fo...
© PNRPU. We framed a precise solution of the nonsymmetrical boundary value problem of the elasticity...
The numerical analysis of material forces in the context of thermo-hyperelasticity constitutes the c...