In this thesis, we investige the applicability of the certain numerical methods for the solution of certain systems of partial differential equations. Numerical methods for this purpose are studied, in particular the finite element method. These systems arise from the study of extending performance analysis to general convergent nonlinear systems. It is argued that, for simplex meshes, the finite element method is not applicable to the systems. Further, it is argued that the finite element method should not be pursued as an alternative to the solution of these systems, as far better alternatives have recently been developed
The classical and advanced formulations presented in chapter 10 and 11, respectively, provide the th...
A numerical method is developed, which is suitable for determining dynamic response of finite elemen...
A brief introduction to the finite element method in nonlinear mechanics is presented. The discussio...
In this paper it is shown how the Finite element technique can be integrated with numerical tools fo...
The use of the finite element method of structural analysis in geometrically and materially nonlinea...
The description of many interesting phenomena in science and engineering leads to infinite-dimension...
The presented article is devoted to the use the finite element method to the problem of synthesis of...
Abstrad-In this paper it is shown how the finite element technique has been integrated with numerica...
In this paper it is shown how the finite element technique has been integrated with numerical tools ...
Numerical methods for the solution of partial differential equations, with emphasis on finite elemen...
This thesis is concerned with the analysis and design of adaptive finite element methods for a varie...
This report focuses on the implementation of the finite element method for nonlinear dynamical probl...
The central part in the process of solving the observer problem for nonlinear systems is to nd a so...
This research is directed toward the analysis of large, three dimensional, nonlinear dynamic problem...
It is common knowledge that the method of finite elements is one of the most attractive and efficien...
The classical and advanced formulations presented in chapter 10 and 11, respectively, provide the th...
A numerical method is developed, which is suitable for determining dynamic response of finite elemen...
A brief introduction to the finite element method in nonlinear mechanics is presented. The discussio...
In this paper it is shown how the Finite element technique can be integrated with numerical tools fo...
The use of the finite element method of structural analysis in geometrically and materially nonlinea...
The description of many interesting phenomena in science and engineering leads to infinite-dimension...
The presented article is devoted to the use the finite element method to the problem of synthesis of...
Abstrad-In this paper it is shown how the finite element technique has been integrated with numerica...
In this paper it is shown how the finite element technique has been integrated with numerical tools ...
Numerical methods for the solution of partial differential equations, with emphasis on finite elemen...
This thesis is concerned with the analysis and design of adaptive finite element methods for a varie...
This report focuses on the implementation of the finite element method for nonlinear dynamical probl...
The central part in the process of solving the observer problem for nonlinear systems is to nd a so...
This research is directed toward the analysis of large, three dimensional, nonlinear dynamic problem...
It is common knowledge that the method of finite elements is one of the most attractive and efficien...
The classical and advanced formulations presented in chapter 10 and 11, respectively, provide the th...
A numerical method is developed, which is suitable for determining dynamic response of finite elemen...
A brief introduction to the finite element method in nonlinear mechanics is presented. The discussio...