Gauss quadrature rules for numerical integration over a standard tetrahedral element by decomposing into hexahedral elements

Algorithms for computing the volume and other integral properties of solids. I. known methods and open issues

Yong Tsui Lee, Aristides A. G. Requicha · Communications of the ACM · 1982 · 167 citations · Full text

Architecture, Computer Science, Computational Geometry +13

Boundary integration over linear polyhedra

Carlo Cattani, Alberto Paoluzzi · Computer-Aided Design · 1990 · 59 citations

Computing, Computational Engineering, Computational Geometry +10

Influence of Gauss and Gauss‐Lobatto quadrature rules on the accuracy of a quadrilateral finite element method in the time domain

Marc Duruflé, Pascal Grob, Patrick Joly · Numerical Methods for Partial Differential Equations · 2009 · 57 citations · Full text

Computing, Computational Engineering, Computational Mechanics +16

Computation of global geometric properties of solid objects

H.G. Timmer, Joshua Stern · Computer-Aided Design · 1980 · 54 citations

Architecture, Computational Engineering, Mathematics +14

APPLICATION OF DISCONTINUOUS GALERKIN SPECTRAL METHOD ON HEXAHEDRAL ELEMENTS FOR AEROACOUSTIC

Nicolas Castel, Gary Cohen, Marc Duruflé · Journal of Computational Acoustics · 2009 · 24 citations

Engineering, Aerospace Engineering, Computational Engineering +17