... aerodynamics computational fluid dynamics flow control flow simulation iterative methods ventilation vents (mechanical components) wind wind tunnels The ultimate goal of this research is to add unsteady multidimensional wind display to a VE and improve the sense of immersion for a VE user...

... the final two revolutions. 15 06 2009 19 04 2010 15 06 2010 15 06 2010 blades flow simulation hydraulic systems impellers iterative methods pumps rotational flow swirling flow viscosity Single-blade-impeller pumps are widely used for wastewater pumping...

... layers convection external flows iterative methods laminar flow nonlinear differential equations partial differential equations Runge-Kutta methods vertical plate boundary layer flow heat transfer local Grashof number convective parameter Convective heat transfer studies are very...

... of the block. The Laplace equation along with the prescribed boundary conditions is solved in the computational domain to obtain the external electric field for a given value of Λ . A line-by-line iterative method along with the successive-over-relaxation technique (SOR) is used to compute the discretized...

... 01 2010 12 01 2010 compressible flow heat transfer iterative methods laminar flow pipe flow subsonic flow turbulence compressible flow adiabatic flow isothermal flow turbulent flow The compressible flow of fluid through circular pipes has been studied...

..., the results of this work not only enrich the literature of condensation but also provide additional methods for saving thermal energy. 16 08 2008 10 04 2009 23 06 2009 film condensation film flow finite difference methods heat transfer iterative methods mass transfer slip flow...

... converges and thus produces a radial velocity consistent with the equation and the boundary conditions. The iterative method described utilizes experimental values as well as an axisymmetric nonviscous description of the flow. However, experimental conditions deviate from the idealized Squire-Long...

...Sandip Mazumder 30 05 2005 07 09 2005 diffusion computational fluid dynamics iterative methods numerical stability Fourier analysis In order to reduce numerical diffusion associated with first-order upwind differencing schemes (UDS), higher order upwind differencing...

... butterfly valve model is mathematically correct and reflects physical reality more correctly than the conventional valve model. 26 07 2005 10 08 2005 hydrodynamics torque valves iterative methods butterfly valve valve design hydrodynamic torque The butterfly valve...

... and ocean structures) and their boundary layers and wakes, or coastal topography. In addition to Froude number, many factors affect scaling such as surface tension, surfactants, and water quality. surface waves (fluid) Navier-Stokes equations flow simulation iterative methods turbulence...

... and driven rotors. The flow path is subdivided into a set of streamtubes and an iterative method is used to adjust the cross-sectional areas of these streamtubes in order to satisfy radial equilibrium. Though the analysis requires the estimation of a number of loss coefficients, it predicts coupling...