We investigate quadrature rules in the context of quadrilateral Gregory patches, in short Gregory quads. We provide numerical and where possible symbolic quadrature rules for the space spanned by the twenty polynomial/rational functions associated with Gregory quads, as well as the derived spaces including derivatives, products, and products of derivatives of these functions. This opens up the possibility for a wider adoption of Gregory quads in numerical simulations
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We investigate quadrature rules in the context of quadrilateral Gregory patches, in short Gregory qu...
We investigate quadrature rules in the context of quadrilateral Gregory patches, in short Gregory qu...
We investigate quadrature rules in the context of quadrilateral Gregory patches, in short Gregory qu...
This thesis contains a study of higher dimensional numerical quadrature, especially two dimensional...
We propose two generalisations of Gregory patches to faces of any valency by using generalised baryc...
AbstractWe present one-parameter end corrections for elementary quadrature formulae and their rests
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
AbstractA mixed interpolation function in its generalised form is used to derive the generalised mod...
We propose two generalisations of Gregory patches to faces of any valency by using generalised baryc...
We propose two generalisations of Gregory patches to faces of any valency by using generalised baryc...
We propose two generalisations of Gregory patches to faces of any valency by using generalised baryc...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We investigate quadrature rules in the context of quadrilateral Gregory patches, in short Gregory qu...
We investigate quadrature rules in the context of quadrilateral Gregory patches, in short Gregory qu...
We investigate quadrature rules in the context of quadrilateral Gregory patches, in short Gregory qu...
This thesis contains a study of higher dimensional numerical quadrature, especially two dimensional...
We propose two generalisations of Gregory patches to faces of any valency by using generalised baryc...
AbstractWe present one-parameter end corrections for elementary quadrature formulae and their rests
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
AbstractA mixed interpolation function in its generalised form is used to derive the generalised mod...
We propose two generalisations of Gregory patches to faces of any valency by using generalised baryc...
We propose two generalisations of Gregory patches to faces of any valency by using generalised baryc...
We propose two generalisations of Gregory patches to faces of any valency by using generalised baryc...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...
We introduce a new approach to numerical quadrature on geometries defined by subdivision surfaces ba...