Non linear transformations are a good alternative for the numerical evaluation of singular and quasisingular integrals appearing in Boundary Element Method specially in the p-adaptive version. Some aspects of its numerical implementation in 2-D Potential codes is discussed and some examples are shown
The present work is concerned with topics related to some adaptive methods for the approximate solut...
This paper presents the development and application of the p-adaptive BIEM version in elastostatics....
The present work is concerned with topics related to some adaptive methods for the approximate solut...
This paper presents the implementation of an adaptive philosophy to plane potential problems, using ...
The paper presents the possibility of implementing a p-adaptive process with the B.E.M. Although the...
AbstractThree numerical adaptive integration schemes for almost singular functions occurring in the ...
We discuss several methods, based on coordinate transformations, for the evaluation of singular and ...
This paper deals with the boundary element method (BEM) p-convergence approach applied to three-dime...
In previous BEM Conferences , the concepts, developments and organisation of the p-adaptive philoso...
AbstractThree numerical adaptive integration schemes for almost singular functions occurring in the ...
Accurate numerical evaluation of boundary integrals is fundamental to producing useful results with ...
This paper is concerned with the effective numerical implementation of the adaptive dual boundary-el...
In recent years, the standard numerical methods for partial differential equations have been extende...
The adaptive boundary element method is a process for which computer can be used to justify and impr...
New approaches for error estimation and adaptivity for 2D potential boundary element method
The present work is concerned with topics related to some adaptive methods for the approximate solut...
This paper presents the development and application of the p-adaptive BIEM version in elastostatics....
The present work is concerned with topics related to some adaptive methods for the approximate solut...
This paper presents the implementation of an adaptive philosophy to plane potential problems, using ...
The paper presents the possibility of implementing a p-adaptive process with the B.E.M. Although the...
AbstractThree numerical adaptive integration schemes for almost singular functions occurring in the ...
We discuss several methods, based on coordinate transformations, for the evaluation of singular and ...
This paper deals with the boundary element method (BEM) p-convergence approach applied to three-dime...
In previous BEM Conferences , the concepts, developments and organisation of the p-adaptive philoso...
AbstractThree numerical adaptive integration schemes for almost singular functions occurring in the ...
Accurate numerical evaluation of boundary integrals is fundamental to producing useful results with ...
This paper is concerned with the effective numerical implementation of the adaptive dual boundary-el...
In recent years, the standard numerical methods for partial differential equations have been extende...
The adaptive boundary element method is a process for which computer can be used to justify and impr...
New approaches for error estimation and adaptivity for 2D potential boundary element method
The present work is concerned with topics related to some adaptive methods for the approximate solut...
This paper presents the development and application of the p-adaptive BIEM version in elastostatics....
The present work is concerned with topics related to some adaptive methods for the approximate solut...