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Stress Intensity Factors for
Hybrid Formulation for the Green Function
Application of Advanced Boundary Element
30 other sections not shown
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Advanced Boundary Element Methods: Proceedings of the IUTAM Symposium, San ...
Thomas A. Cruse
No preview available - 1987
Advanced Boundary Element analysis analytical applied approximation axisymmetric Berlin Heidelberg 1988 body boundary conditions Boundary Element Methods boundary integral equation boundary value problems Brebbia calculated Cauchy principal value coefficients collocation components computed constant convergence coordinate crack Cruse Editor curve cylinder defined denotes derivative discretization distribution domain elastic elastostatics Element Methods IUTAM Engineering error evaluated field Figure finite element method flow fluid formulation free surface fundamental solution geometry Green's functions helicopter rotors integral equation method interface IUTAM Symposium San kernel Laplace's equation layer linear load matrix Mech Mechanics mesh Methods IUTAM Symposium nodal nodes nonlinear normal obtained Overhauser plane plate potential potential flows presented procedure quadratic quadrature ratio region round-off error San Antonio,Texas singular solved Springer-Verlag Berlin Heidelberg stress intensity symmetric Symposium San Antonio,Texas tangential technique tensor theorem three-dimensional transform two-dimensional unknown vector velocity viscous wave zero