Several global shape functions are introduced to interpolate the body-force term in the dual-reciprocity boundary-element method. These global-interpolation functions, which include polynomial, trigonometric, and hyperbolic series, can be used in place of the locally based radial shape function. For the several examples presented, the global functions have demonstrated superior convergence properties. © 1994
A dual-reciprocity boundary element method is proposed for the numerical solution of a two-dimension...
The Dual Reciprocity Boundary Element Method (DRBEM) is thus far the most powerful numerical techniq...
Using the generalized boundary integral method developed by the authors for steady heat conduction i...
Several global shape functions are introduced to interpolate the body-force term in the dual-recipro...
A new computational model by integrating the boundary element method and the compactly supported rad...
AbstractA procedure has been developed for the interpolation of functions defined in two dimensions ...
A boundary-type meshless method named dual reciprocity hybrid boundary node method (DRHBNM) is prese...
The Dual Reciprocity Method was introduced to avoid the time consuming evaluation of the domain int...
International audienceThe complementarity of dual finite-element methods (FEMs), which use Whitney n...
AbstractThe dual reciprocity method (DRM) is a technique to transform the domain integrals that appe...
One of the attractive and practical techniques to transform the domain integrals to equivalent bound...
AbstractThis paper presents a matrix analysis of the Dual Reciprocity Boundary Element Method (DRM) ...
International audienceThe dual reciprocity boundary element method (DR/BEM) is employed for the anal...
This paper presents a new method for determining the natural frequencies and mode shapes for the fre...
A dual-reciprocity boundary element method is presented for the numerical solution of a class of axi...
A dual-reciprocity boundary element method is proposed for the numerical solution of a two-dimension...
The Dual Reciprocity Boundary Element Method (DRBEM) is thus far the most powerful numerical techniq...
Using the generalized boundary integral method developed by the authors for steady heat conduction i...
Several global shape functions are introduced to interpolate the body-force term in the dual-recipro...
A new computational model by integrating the boundary element method and the compactly supported rad...
AbstractA procedure has been developed for the interpolation of functions defined in two dimensions ...
A boundary-type meshless method named dual reciprocity hybrid boundary node method (DRHBNM) is prese...
The Dual Reciprocity Method was introduced to avoid the time consuming evaluation of the domain int...
International audienceThe complementarity of dual finite-element methods (FEMs), which use Whitney n...
AbstractThe dual reciprocity method (DRM) is a technique to transform the domain integrals that appe...
One of the attractive and practical techniques to transform the domain integrals to equivalent bound...
AbstractThis paper presents a matrix analysis of the Dual Reciprocity Boundary Element Method (DRM) ...
International audienceThe dual reciprocity boundary element method (DR/BEM) is employed for the anal...
This paper presents a new method for determining the natural frequencies and mode shapes for the fre...
A dual-reciprocity boundary element method is presented for the numerical solution of a class of axi...
A dual-reciprocity boundary element method is proposed for the numerical solution of a two-dimension...
The Dual Reciprocity Boundary Element Method (DRBEM) is thus far the most powerful numerical techniq...
Using the generalized boundary integral method developed by the authors for steady heat conduction i...