Add to ORKGThe finite-element displacement method is used to solve a number of thermo-elastic plate problems involving different boundary conditions and variations of thickness. A plane-stress element stiffness matrix and tem-perature-load column matrix are derived on the assumption that thickness and temperature representations within the element are based on corner-point values. Results obtained from different element models are compared with other analytical solutions in order to establish the best element representation
In this work the deformations of a simply supported, functionally graded, rectangular plate subjecte...
A method of determining the thermal stresses in a flat rectangular isotropic plate of constant thick...
A method of determining the thermal stresses in a flat rectangular isotropic plate of constant thick...
A, new displacement function is obtained for the analysis of the bending of plates using rectangular...
Two-dimensional thermoelastic analyses of fully clamped functionally graded rectangular plates (FGRP...
This paper presents Finite Element Method (FEM) for analyzing the internal responses generated in th...
In this paper, the temperature shock phenomenon is considered. This phenomenon occurs during the ope...
The finite element displacement method is used to determine the state of stress and deformation in a...
Plate stress calculation is a fundamental problem of strength of material. Accurate analytical solut...
Plate stress calculation is a fundamental problem of strength of material. Accurate analytical solut...
AbstractAccounting for the effect of the rigid body motion of a finite element is one of the most ch...
Thermal stresses and displacement functions are obtained for a rectangular plate occupying the space...
Plate stress calculation is a fundamental problem of strength of material. Accurate analytical solut...
An exact solution is obtained for three-dimensional deformations of a simply supported functionally ...
Plate stress calculation is a fundamental problem of strength of material. Accurate analytical solut...
In this work the deformations of a simply supported, functionally graded, rectangular plate subjecte...
A method of determining the thermal stresses in a flat rectangular isotropic plate of constant thick...
A method of determining the thermal stresses in a flat rectangular isotropic plate of constant thick...
A, new displacement function is obtained for the analysis of the bending of plates using rectangular...
Two-dimensional thermoelastic analyses of fully clamped functionally graded rectangular plates (FGRP...
This paper presents Finite Element Method (FEM) for analyzing the internal responses generated in th...
In this paper, the temperature shock phenomenon is considered. This phenomenon occurs during the ope...
The finite element displacement method is used to determine the state of stress and deformation in a...
Plate stress calculation is a fundamental problem of strength of material. Accurate analytical solut...
Plate stress calculation is a fundamental problem of strength of material. Accurate analytical solut...
AbstractAccounting for the effect of the rigid body motion of a finite element is one of the most ch...
Thermal stresses and displacement functions are obtained for a rectangular plate occupying the space...
Plate stress calculation is a fundamental problem of strength of material. Accurate analytical solut...
An exact solution is obtained for three-dimensional deformations of a simply supported functionally ...
Plate stress calculation is a fundamental problem of strength of material. Accurate analytical solut...
In this work the deformations of a simply supported, functionally graded, rectangular plate subjecte...
A method of determining the thermal stresses in a flat rectangular isotropic plate of constant thick...
A method of determining the thermal stresses in a flat rectangular isotropic plate of constant thick...