... and borrowed liberally from the innovative and groundbreaking work being carried out around this time at Los Alamos National Laboratory under the leadership of Frank Harlow—this is described elsewhere in this volume. CFD computational fluid dynamics finite volume methods FVM history of CFD heat...

... equations, associated to radiative transfer equation, and a global kinetics model. The governing equations are discretized using finite volume method and the resulting algebraic equations are solved by THOMAS algorithm. The linkage between the pressure and velocity fields is assumed by SIMPLE algorithm...

... 2012 finite volume methods flow simulation heat transfer lattice Boltzmann methods molecular dynamics method Monte Carlo methods numerical approach multiscale simulation reconstruction operator FVM LBM DSMC MDS Multiscale simulation is a rapidly evolving area of research...

..., and petascale capacity is expected over the next decade. Multiprocess multicore environments are the norm for commodity clusters. Boltzmann equation computational fluid dynamics finite volume methods flow simulation heat transfer reviews turbulence finite volume multiscale sensitivity...

.... Sci. , 48 , pp. 3993 – 4005 . 10.1016/0009-2509(93)80378-4 16 04 2011 30 07 2011 27 10 2011 27 10 2011 chemically reactive flow computerised tomography convection finite volume methods flow simulation flow through porous media fuel gasification mass transfer...

... loop model is set up and the effect of pipe diameter is systematically analyzed. Finite volume method is used to solve the conservative equations with supercritical turbulence model incorporated. It is found that supercritical CO 2 thermosyphon can achieve high Reynolds flow as 104–105 even temperature...

... in interpreting results. Boltzmann equation elemental semiconductors finite volume methods germanium heat conduction phonon dispersion relations semiconductor superlattices silicon thermal conductivity Three types of nanoscale physical phenomena may manifest themselves when considering...

.... catalytic surface reaction hydrogen/air numerical methods adsorption air boundary layers catalysis channel flow chemically reactive flow combustion desorption external flows finite difference methods finite volume methods flames flow instability flow simulation flow through porous...

... are discretized by using the finite volume method. The algebraic system equations deduced from this discretization are solved with the Thomas and Gauss algorithms. Results show that the evaporative cooling of the wetted wall and the air flow through the tube can be produced by low heat flux applied to the tube...

... to obtain the velocity and temperature fields. Discretized forms of these equations are obtained by the finite volume method and solved using the SIMPLE algorithm. Since the gas is considered as a radiating medium, convection, conduction, and radiation heat transfer mechanisms take place simultaneously...

.... Low Reynolds k − ε turbulent model was adopted to account for the turbulent effect. The transport equations were solved numerically using finite volume method. The results were compared with a full scale water model of the caster. Good agreement between mathematical and physical models was obtained...

... to visualize the flow pattern in the enclosure. Numerical solutions are obtained using a commercial computational fluid dynamics package, FLUENT , using the finite volume method. Water is used as the working fluid. Effects of the Rayleigh number, Ra, on the Nusselt number, Nu, as well as velocity...

... greatly on the operating frequencies. 14 09 2010 26 09 2010 16 11 2010 16 11 2010 convection dielectric materials dielectric resonators electromagnetic fields finite difference time-domain analysis finite volume methods flow simulation flow through porous media Maxwell...

...Kaushik Saha; Swetaprovo Chaudhuri; Baki M. Cetegen A comprehensive model based on finite volume method was developed to analyze the heat-up and the melting of ceramic particles injected into a microwave excited laminar air plasma flow field. Plasma flow field was simulated as a hot gas flow...

... are in good agreement with the experimental and numerical results reported in the literature. The results of the LBM-FVM (finite volume method) combination are found to be in excellent agreement with the FVM-FVM combination for the Navier–Stokes and heat transfer equations. The calculated results...

..., and chemical decomposition using FLUENT 6.3.26 . The finite volume method using implicit finite difference scheme is used to discretize the partial differential equations of the model. The SIMPLE algorithm is used for particle velocity coupling and a second order upwinding is used for the interpolation...

... 09 2010 17 09 2010 cameras finite volume methods forced convection heat sinks infrared imaging jets temperature distribution thermal conductivity finite volume method heat spreading nonuniform heating pin-fin heat sink Pin fins having either circular...

... of these results is made against those produced by the simple model limited to constant physical properties. 04 08 2008 08 01 2010 23 07 2010 23 07 2010 air channel flow computational fluid dynamics finite volume methods laminar flow natural convection natural convection...

...Mohammad Shanbghazani; Vahid Heidarpoor; Marc A. Rosen; Iraj Mirzaee The entropy generation is investigated numerically in axisymmetric, steady-state, and incompressible laminar flow in a rotating single free disk. The finite-volume method is used for solving the momentum and energy equations...

... increases with decreasing permeability and increasing Reynolds number. external flows finite volume methods flow through porous media forced convection heat sinks metal foams Navier-Stokes equations permeability porosity heat sink porous media metallic foam numerical method finite...