articleTop 10% cited
High degree efficient symmetrical Gaussian quadrature rules for the triangle
International Journal for Numerical Methods in Engineering · 1985 · Vol. 21(6) · pp. 1129–1148
D. A. Dunavant✉(Purdue University West Lafayette)
Abstract
Abstract Gaussian quadrature is required for the computation of matrices based on the isoparametric formulztion of the finite element method. A brief review of existing quadrature rules for the triangle is given, and the method for the determination of high degree efficient symmetrical rules for the triangle is discussed. New quadrature rules of degree 12–20 are presented, and a short FORTRAN program is included.
Advanced Numerical Analysis TechniquesAdvanced Measurement and Metrology TechniquesRobotic Mechanisms and DynamicsGaussian quadratureGauss–Kronrod quadrature formulaClenshaw–Curtis quadratureGauss–Jacobi quadratureQuadrature (astronomy)Tanh-sinh quadratureGauss–Hermite quadratureGauss–Laguerre quadratureAdaptive quadratureMathematics
Funding
- Purdue University
Citations
710
FWCI
3.30
field-weighted impact
References
17
Percentile
91%
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References
Handbook of Mathematical Functions
American Journal of Physics · 1966 · 40,438 citations
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