Add to ORKGThe boundary initial value problems of elastodynamics are formulated as boundary integral equations. It is shown that these integral equations may be solved by time-stepping numerical methods for the unknown boundary values. A specific numerical scheme is presented for antiplane strain problems and a numerical example is given
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
The boundary integral technique was implemented in a computer code for the general static analysis o...
The boundary initial value problems of elastodynamics are formulated as boundary integral equations....
The boundary integral equation (BIE) method has been used more and more in the last 20 years for sol...
In this work the direct boundary element method is applied to solve transient wave propagation probl...
The field equations of plane and three-dimensional elastostatics are transformed, by a general metho...
As is well known B.E.M. is obtained as a mixture of the integral representation formula of classica...
As is well known B.E.M. is obtained as a mixture of the integral representation formula of classica...
Solving of elastodynamic problems arises in many scientific fields such as wave propagation in the g...
This work shows the use of the Direct Boundary Element Method in solving practical problems in three...
AbstractThis paper presents an integral equation formulation and its discretization scheme for the e...
In this chapter some applications of boundary element techniques to dynamic problems are presented. ...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
The boundary integral technique was implemented in a computer code for the general static analysis o...
The boundary initial value problems of elastodynamics are formulated as boundary integral equations....
The boundary integral equation (BIE) method has been used more and more in the last 20 years for sol...
In this work the direct boundary element method is applied to solve transient wave propagation probl...
The field equations of plane and three-dimensional elastostatics are transformed, by a general metho...
As is well known B.E.M. is obtained as a mixture of the integral representation formula of classica...
As is well known B.E.M. is obtained as a mixture of the integral representation formula of classica...
Solving of elastodynamic problems arises in many scientific fields such as wave propagation in the g...
This work shows the use of the Direct Boundary Element Method in solving practical problems in three...
AbstractThis paper presents an integral equation formulation and its discretization scheme for the e...
In this chapter some applications of boundary element techniques to dynamic problems are presented. ...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
This chapter deals with formulations based on boundary integral equations (BIEs) for elastic and pla...
The boundary integral technique was implemented in a computer code for the general static analysis o...