Applications in Fluid Mechanics
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Fluid dynamics is traditionally one of the most challenging areas of computational mechanics; the simulation of fluid motion is always a serious test for any numerical method. The book is a compilation of some advanced topics on the application of BEM in fluid mechanics. The eleven chapters in the book have been contributed by leading authors in the field. This book accordingly provides an important addition to the literature in fluid mechanics.
PrefaceCh. 1Effect of sharp corners on potential fluid flows past blunt bodies1Ch. 2Boundary integral methods for rising, bursting and collapsing bubbles31Ch. 3Boundary element approach to Laplacian moving boundary problems73Ch. 4Recent advances in the BEM modeling of nonlinear water waves91Ch. 5Transonic field-boundary element computations123Ch. 6Integral formulations of a diffusive-convective transport equation153Ch. 7Stokes flow in the presence of interfaces177Ch. 8Simulation of viscous sintering215Ch. 9Low Reynolds number particulate flows259Ch. 10CDL-IEM for the solution of the 2-D Navier-Stokes equations at small Reynolds number: via singular perturbation technique303Ch. 11Applications of boundary element methods in non-Newtonian fluid mechanics325
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