... flow Rotating flows The utilization of heat transfer with turbulent swirling flow has often appeared in many mechanical and chemical engineering fields; inlet part of a fluid machinery, enhancement of mixing and chemical reaction in combustion chamber, etc. Therefore, many experimental...

... to occur in ducts of any geometry, and that the strength of the secondary flow in the bend due to both rotation and curvature decreases as compared to the no rotation case. © MCB UP Limited 2002 Rotating flows Laminar flow Numerical methods Fluid flow in curved ducts undergoing...

... experiments on a standard test problem. Results show that, due to the devised algorithm, the solution of the full system of equations is much more accurate while slightly increasing the computational cost. © MCB UP Limited 2001 Shallow water Rotating flows Finite differences Finite volume...

..., η_i, ζ_i metrics of the transformation μ dynamic viscosity ρ density τ_ij shear stress ω rate of rotation © MCB UP Limited 2000 Fluids Laminar flow Numerical methods Rotating flows Dreference length ˆDtransient...

... results with the available experimental data by taking buoyancy into consideration is also presented. © MCB UP Limited 1998 Buoyancy Rotating flows c_p = Specific heat at constant pressure De = Channel hydraulic diameter or channel height Gr...

...P.G. Tucker Presents three non‐isothermal, time dependent, three dimensional examples having cylindrical geometries to show the significant effort of numerical precision and dissipation on rotating flow predictions. The examples are relevant to turbomachinery design and geophysical studies...