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Practical Application of the Boundary Element Method
Transient Analysis of Coupled Thermoelastic Problems
Geometrically Nonlinear Analysis for an Elastic Body
23 other sections not shown
accuracy acoustic acoustic intensity anisotropic ANSYS applied approach approximation assumed axisymmetric blade body boundary conditions Boundary Element Analysis boundary element method boundary integral equation BPCM Brebbia calculated coefficient component computational constant convergence coordinates defined deformation denotes density derivatives differential equations discretized displacement distribution domain elastic electrode evaluated example field finite difference Finite Element Analysis finite element method flow fluid frequency function fundamental solution geometry gradients interface inverse isotropic iteration Laplace transform linear load matrix Mechanics mesh Methods in Engineering microstrip nodes noise source nonlinear Numerical Methods numerical results obtained optimal panel method parameters plane strain plate potential present problem procedure propeller random ratio reference data respectively scheme shape shown in Figure singular slitted wall solid solid of revolution solve step stress intensity factor structure substructure surface crack technique three-dimensional traction two-dimensional values vector velocity vibration vortex filaments wave zero