At present, there are many programs for numerical analysis of cracks, in particular for determining stress intensity factors. Analyses of a single-edge cracked beam and flat plate with a semielliptical surface crack are presented in this study to examine the accuracy and applicability of the Franc2d and Franc3d programs. Further numerical computations of the MARC program and analytical solutions of stress intensity factors were included to compare the results with each other. For this purpose MARC was equipped with special user procedures. The influence of mesh fineness on the results was also investigated in all programs. The distributions of the stress intensity factors show good agreement in quality. The maximum deviations from the analy...
In this paper simple engineering methods for a fast and close approximation of stress intensity fact...
Three-dimensional finite element analyses have been conducted to calculate the stress intensity fact...
In this paper simple engineering methods for a fast and close approximation of stress intensity fact...
At present, there are many programs for numerical analysis of cracks, in particular for determining ...
The paper focuses on the comparison of different methods for calculating stress intensity factors (K...
Cracks and flaws occur in many structures and components for several reasons. Cracks may develop dur...
: Numerical methods, especially the Finite Element method, are increasingly being used for solving d...
182-187The use of a special finite element technique for the computation of stress intensity facto...
This paper presents a comprehensive comparison of two finite element software in two and three dimen...
This paper presents a comprehensive comparison of two finite element software in two and three dimen...
This paper presents a comprehensive comparison of two finite element software in two and...
This paper presents a comprehensive comparison of two finite element software in two and three dimen...
A new method to evaluate the stress intensity factors for plates of arbitary shape by conventional f...
Finite element methods offer versatile tools in structural mechanics to analyze various types of str...
This paper presents a finite element analysis of calculating stress intensity factors for Mode I, Mo...
In this paper simple engineering methods for a fast and close approximation of stress intensity fact...
Three-dimensional finite element analyses have been conducted to calculate the stress intensity fact...
In this paper simple engineering methods for a fast and close approximation of stress intensity fact...
At present, there are many programs for numerical analysis of cracks, in particular for determining ...
The paper focuses on the comparison of different methods for calculating stress intensity factors (K...
Cracks and flaws occur in many structures and components for several reasons. Cracks may develop dur...
: Numerical methods, especially the Finite Element method, are increasingly being used for solving d...
182-187The use of a special finite element technique for the computation of stress intensity facto...
This paper presents a comprehensive comparison of two finite element software in two and three dimen...
This paper presents a comprehensive comparison of two finite element software in two and three dimen...
This paper presents a comprehensive comparison of two finite element software in two and...
This paper presents a comprehensive comparison of two finite element software in two and three dimen...
A new method to evaluate the stress intensity factors for plates of arbitary shape by conventional f...
Finite element methods offer versatile tools in structural mechanics to analyze various types of str...
This paper presents a finite element analysis of calculating stress intensity factors for Mode I, Mo...
In this paper simple engineering methods for a fast and close approximation of stress intensity fact...
Three-dimensional finite element analyses have been conducted to calculate the stress intensity fact...
In this paper simple engineering methods for a fast and close approximation of stress intensity fact...