International Journal of Numerical Methods for Heat & Fluid Flow: Volume 3 Issue 6

TVD FINITE‐DIFFERENCE METHODS FOR COMPUTING HIGH‐SPEED THERMAL AND CHEMICAL NON‐EQUILIBRIUM FLOWS WITH STRONG SHOCKS

C.P.T. GROTH, J.J. GOTTLIEB

Partially‐decoupled upwind‐based total‐variation‐diminishing (TVD) finite‐difference schemes for the solution of the conservation laws governing two‐dimensional non‐equilibrium…

AN ARTIFICIAL DISSIPATION SCHEME FOR THE NAVIER‐STOKES EQUATIONS

A. KANIEL, M. MOND, G. BEN‐DOR

Isotropic artificial dissipation is added to the Navier‐Stokes equations along with a correction term which cancels the artificial dissipation term in the limit when the mesh size…

HIGH RESOLUTION NUMERICAL METHOD FOR PREDICTING SLOTS FILM‐COOLING USING THE COUPLED PARABOLIC/ELLIPTIC NAVIER‐STOKES SOLVER

E.Y.‐K. NG

The suitability of a coupled scheme based on parabolic/elliptic Navier‐Stokes equations for calculating film cooling flows and heat transfer downstream of flush, angled injection…

FINITE ELEMENT SIMULATION OF THREE‐DIMENSIONAL TURBULENT FLOW WITH DECAYING SWIRL

M.R. CASEY, L. KONG, C. TAYLOR, J.O. MEDWELL

A finite element based numerical model is employed to obtain isothermal and heat transfer predictions for the case of turbulent flow with a decaying swirl component in a…

FEM PREDICTIONS FOR TWO‐PHASE FLOW IN A VERTICAL PIPE WITHOUT THE USE OF ANY EXTERNAL CORRELATIONS

K.V. PRASHANTH, K.N. SEETHARAMU

A mathematical model is developed for the description of the thermohydraulics of the two‐phase flow phenomenon in a vertical pipe. Using an additional momentum equation for the…