Finite Elements in Fluids

Numerical Methods for Incompressible and Compressible Navier-Stokes Problems; High-Speed Compressible Flow and Other Advection-dominated Problems of Fluid Dynamics; Finite Element Solution of Viscous Flow Problems; Time-split Finite Element Methods in Physical and Generalized Coordinates; Finite Element Algorithms for Compressible Flow Computation on a Supercomputer; A Vectorizable Variant of a Block Incomplete Factorization Method; Newer and Newer Elements for Incompressible Flow; Penalty Approximation, Iteration, and Continuation for Navier-Stokes Problems; A Three-dimensional Two-step Explicit Finite Element Method for High Reynolds Number Viscous Fluid Flow; Spin-up of an Unstratified Rotating Fluid; Mixed Finite Element Methods for Accurate Fluid Velocities; Streamline Diffusion Methods for Problems in Fluid Mechanics; Streamlined Finite Elements and Transit Times; Self-adaptive Local Grid Refinement for Time Dependent Two-dimensional Simulation; An Adaptive p-Version Finite Element Method for Transient Flow Problems with Moving Boundaries; Nonlinear Analysis of Rigid Body - Viscous Flow Interaction; Finite Element Method for Calculating the Horizontal Bridgman Growth of Semi-Conductor Crystals; A High-precision Finite Element Method for Shock-Tube Calculations.