...Patrick J. Roache 19 10 2010 28 07 2011 24 10 2011 24 10 2011 convergence of numerical methods extrapolation grid computing hydrodynamics physics computing ships A recent paper by Xing and Stern [( 1 )] provides additional performance data of interest...

... simplified numerical simulation. boundary layer turbulence computational fluid dynamics convergence of numerical methods drops flow simulation grid computing mesh generation numerical analysis particle flows turbulence CFD numerical uncertainty Cooling towers are equipment...

... parameters. A comparison of the present results with the existing numerical solution is discussed in a limiting sense. 12 11 2010 19 01 2011 22 02 2011 22 02 2011 convergence of numerical methods flow simulation heat transfer microfluidics nonlinear differential equations...

... dynamics convergence of numerical methods hydrodynamics ships 22 01 2008 08 06 2008 08 09 2008 2008 American Society of Mechanical Engineers ...

... swirling flow pipe flow turbines iterative methods convergence of numerical methods The Turbine-99 IAHR∕ERCOFTAC Workshop held in 1999 in Porjus, Sweden, aimed to determine the state of the art in CFD simulations of draft tube flows. Such flows are challenging for the numerical community due...

... to the actual error function. For a fourth-order method, one has to keep at least four terms, i.e., five sets of calculations are needed. 27 08 2004 27 04 2005 28 04 2005 extrapolation convergence of numerical methods finite difference methods convection diffusion computational...

... error analysis mesh generation Poisson equation computational fluid dynamics finite difference methods finite volume methods convergence of numerical methods convection diffusion Error Transport Equation Single Grid Error Estimator Discretization Error Numerical Uncertainty...

...Robert Wilson, Assistant Research Engineer, Member ASME; Jun Shao, Graduate Research Assistant; Fred Stern, Professor Mechanical Engineering and Research Engineer, Fellow ASME 09 Sep 2003 05 March 2004 10 09 2004 Laplace equations convergence of numerical methods boundary...

... 2002 03 Feb 2003 27 08 2003 computational fluid dynamics convergence of numerical methods finite volume methods conservation laws heat transfer This note presents observations on 1 relevant to the evaluation of the adequacy of the conservatism of my grid convergence index...

... 2000 03 Feb 2003 27 08 2003 computational fluid dynamics convergence of numerical methods conservation laws finite volume methods This note presents criticisms of the verification methods presented in 1 2 and modified in 3 . Therein, the “correction factor” verification...

... by the Fluids Engineering Division July 8, 2002; revised manuscript received Feb. 9, 2003. Associate Editor: I. Celik. 08 July 2002 09 Feb 2003 27 08 2003 computational fluid dynamics convergence of numerical methods flow simulation Fellow ASME To my knowledge...

... 17 December 2002 09 06 2003 underwater vehicles computational fluid dynamics compressible flow multiphase flow cavitation jets Navier-Stokes equations flow instability convergence of numerical methods weapons Recently, there have been many efforts to develop very high...

... by the Fluids Engineering Division June 8, 2001; revised manuscript received March 20, 2002. Associate Editor: G. Marshall. 08 June 2001 20 March 2002 19 08 2002 viscoplasticity flow simulation finite element analysis yield stress shear flow convergence of numerical methods...

... February 8, 2001. Associate Editor: V. Ghia. 01 September 1999 08 February 2001 computational fluid dynamics numerical analysis convergence of numerical methods oscillations flow simulation The possibility of oscillatory behavior of the value of a computed variable as grid...

... transitions eigenvalues and eigenfunctions series (mathematics) convergence of numerical methods Navier-Stokes equations Laplace equations Laminar flow transition modes are frequently studied using a Taylor-Couette cell, which consists of a cylindrical stator and rotor with fixed endwalls...