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1	Numerical studies of the Navier-Stokes equations Haddon, E. W. January 1987 (has links) No description available. 532 Fluid flow problems
2	The boundary element method for flow around submerged bodies Hamilton, S. D. January 1986 (has links) No description available. 532 Fluid flow problems
3	A Comparative Study Of Different Numerical Techniques Used For Solving Incompressible Fluid Flow Problems Kumar, Rakesh 11 1900 (has links) Past studies (primarily on steady state problems) that have compared the penalty and the velocity-pressure finite element formulations on a variety of problems have concluded that both methods yield solutions of comparable accuracy, and that the choice of one method over the other is dictated by which of the two is more efficient. In this work, we show that the penalty finite element method yields inaccurate solutions at large times on a class of transient problems, while the velocity-pressure formulation yields solutions that are in good agreement with the analytical solution. Numerical studies are conducted on various problems to compare these two formulations on the basis of rates of convergence, total number of equations to be solved and accuracy of results. We found that both formulations give almost the same rates of convergence in all problems, however the penalty formulation involves lesser number of equations than the velocity-pressure formulation due to implicit treatment of pressure field, and hence is more efficient. In some of the problems we have also compared a finite volume method with the penalty and velocity-pressure formulations on the basis of accuracy and computational cost. Numerical Analysis Fluid Dynamics (Engineering) Consistent Penalty Formulation Velocity-Pressure Formulation Penalty-Finite Element Method Fluid Flow Incompressible Fluid Flow Problems Applied Mechanics
4	Field and Shape Reconstruction in Fluid Dynamics / Feld und Gestaltrekonstruktion in der Strömungsmechanik Zia, Qazi Muhammad Zaigham 03 May 2011 (has links) No description available. 510 Mathematik Mathematics and Computer Science Inverse Fluid Flow Problems Strömungsfeld-Rekonstruktion Oseen Gleichung Point Source Method Range Test No-Response Test Convergence Test Inverse Fluid Flow Problems Flow Reconstruction Oseen Equation Point Source Method Range Test No-Response Test Convergence Test

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