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RISMODIFICATION OF SST TURBULENCE MODEL ON THE BASIS OF DELAY TIME CONCEPT FOR UNSTEADY FLOWS
solved using a finite-volume discretization technique. The results are compared well for drag
and lift coefficient with other numerical results. By comparing, it is obvious that the
aerodynamic forces and moments are not only a function...
NUMERICAL ANALYSIS OF UNSTEADY INCOMPRESSIBLE TURBULENT FLOWS
solved using a finite-volume discretization technique. The results are compared well for drag
and lift coefficient with other numerical results. By comparing, it is obvious that the
aerodynamic forces and moments are not only a function...
A PERTURBATION METHOD TO ANALYZE THE EFFECT OF CROSS SECTION AND ANGLE OF ATTACK FOR SOME CONICAL BODIES IN HYPERSONIC FLOW
Lift to drag is compared in three different cross-sections...
Slip flow over micron-sized spherical particles at intermediate Reynolds numbers
number increases. Furthermore, the skin friction and pressure
drag coefficients decrease as the Knudsen number increases due to the reduction in normal velocity gradients and shrinkage of the wake
region, respectively. Engineering...