The conventional finite element method has been modified to allow the elastic stresses at mid-side and corner nodes and along the free boundaries of a structure to be determined with improved accuracy. The results obtained by this modified method are compared with the traditional finite element and some well established solutions. © 1990.link_to_subscribed_fulltex
Stress concentration increases due to the existence of stress raisers. Stress raisers can appear in ...
A procedure for developing multi-material elements, which are able to eliminate the weakness of the ...
The conventional finite element method shows its weakness in determining the stress distributions al...
The conventional finite element method has been modified to allow the elastic stresses along the fre...
The conventional finite element method shows its weakness in determining the stress distributions al...
The conventional finite element method has been modified so as to allow the elastic stresses along f...
A new method for determining the stresses in a finite element analysis on the surface of a body is p...
A modified two-dimensional quadrilateral plane stress element and a modified three-dimensional brick...
The conventional finite element method has been modified to allow the elastic stresses at the contac...
A method for predicting the state of stress in a body consisting of two isotropic materials includin...
The conventional finite element method has been modified to allow the elastic stresses along the fib...
A mathematical procedure to utilize the complementary energy method was developed, by minimization, ...
The focus of this paper is the description and numerical validation of a computational method where ...
The focus of this paper is the description and numerical validation of a computational method where ...
The stress-strain state of structures in areas with corner cut-outs and cuts of boundaries features ...
Stress concentration increases due to the existence of stress raisers. Stress raisers can appear in ...
A procedure for developing multi-material elements, which are able to eliminate the weakness of the ...
The conventional finite element method shows its weakness in determining the stress distributions al...
The conventional finite element method has been modified to allow the elastic stresses along the fre...
The conventional finite element method shows its weakness in determining the stress distributions al...
The conventional finite element method has been modified so as to allow the elastic stresses along f...
A new method for determining the stresses in a finite element analysis on the surface of a body is p...
A modified two-dimensional quadrilateral plane stress element and a modified three-dimensional brick...
The conventional finite element method has been modified to allow the elastic stresses at the contac...
A method for predicting the state of stress in a body consisting of two isotropic materials includin...
The conventional finite element method has been modified to allow the elastic stresses along the fib...
A mathematical procedure to utilize the complementary energy method was developed, by minimization, ...
The focus of this paper is the description and numerical validation of a computational method where ...
The focus of this paper is the description and numerical validation of a computational method where ...
The stress-strain state of structures in areas with corner cut-outs and cuts of boundaries features ...
Stress concentration increases due to the existence of stress raisers. Stress raisers can appear in ...
A procedure for developing multi-material elements, which are able to eliminate the weakness of the ...
The conventional finite element method shows its weakness in determining the stress distributions al...