... fluidized bed, which can be helpful for further research on industrial gas-particle fluidized bed reactors. This study is expected to give throughout the analysis of CFB hydrodynamics with further exploration of overall fluidization. The computational geometries refers to three-dimensional CFB...

... electric field equations for tissue fluids in microchannel include the Laplace equation for the effective electrical potential and the Helmholtz equation for the electrical potential established in the electric double layer (EDL). The transport equations governing the hydrodynamic field variables include...

... for suspended sand concentration on a regional scale through numerical simulations based on a mathematical model. Design/methodology/approach The numerical model consists of a 3D hydrodynamic code amended by a sediment transport module. At the same time, the influence of wave action has been taken...

...S.M. Hosseini; M.T. Manzari; S.K. Hannani Purpose This paper sets out to present a fully explicit smoothed particle hydrodynamics (SPH) method to solve non‐Newtonian fluid flow problems. Design/methodology/approach The governing equations are momentum equations along with the continuity...

...T.K. Aldoss; M.A. Al‐Nimr; A.F. Khadrawi Purpose The transient hydrodynamics and thermal behavior of free convection flow over an isothermal vertical flat plate is investigated. Design/methodology/approach The study focuses on the role of the local acceleration term in the magnetohydrodynamic...

... solution Free form surfaces Hydrodynamics Numerical simulation Roman c constant d distance, layer thickness m d_o outer cone diameter m f function F fraction of volume Fr Froude number defined...

... problem Hydrodynamics Thermocapillary convection INT. J. NUM. METH. HEAT FLUID FLOW, VOL. 4, 61-83 (1994) FINITE ELEMENT SIMULATION OF LASER SURFACE TREATMENTS INCLUDING CONVECTION IN THE MELT POOL M. PICASSO AND A. F. A. HOADLEY Département de Mathématiques and Laboratoire de Métallurgie...