Thesiss

A pressure-based control-volume finite-element method is developed for the solution of heat transfer problems, and laminar flow at all speeds. The method is fully implicit and both transient and steady state flows can be solved without any time step limit due to compressibility …

This study is concerned with the numerical analysis, formulation, programming and computation of solution of steady, 3D conservation equations of reacting laminar duct flow heat and mass transfer in ducts of arbitrary cross-sections. The non-orthogonal boundary-fitted coordinate…

The laminar flow of viscoplastic fluids in eccentric annuli between two pipes has been investigated numerically. Three distinct flow conditions have been modeled, namely, inner and outer pipe is fixed, when the flow is due to imposed axial pressure gradient, inner pipe having an…