Blood flow in artery has vital aspects due to the engineering as well as the medical implicational point of view. A non-Newtonian model for blood flow for a stenosed artery in human blood vessel has been studied numerically ...

In this work, travelling wave and a family of invariant solutions of nonlinear filtration partial differential equation are found. In general, by using Lie symmetry transformations, it is possible to reduce the partial ...

The current study deals with a two-dimensional natural convection heat transfer in a rectangular porous enclosure with partially active thermal walls. Within the enclosure, the middle position of two sidewalls are partially ...

This thesis having title “Numerical investigation of natural convection in a triangular enclosure with a heated elliptical block” is focused on comprehensive analysis of heat transfer and fluid flow inside the cavity. The ...

In this thesis, the problem of mixed convection and heat transfer in a wavy top wall and rectangular heaters at the bottom wall enclosure in the presence of a magnetic field with lid driven has been studied. The two ...

The study of blood flow in the artery has some important aspects due to bio-medical engineering application. Many of the problems such as heart attacks and strokes are related to blood flow and also the physical characteristics ...

Natural convection heat transfer in cavities is of great interest because of its wide applications in different areas in engineering and technology. Nanofluids are widely used in the heat removal industry as they are more ...

Silica gel/water based adsorption cycles have a distinct advantage in their ability to be driven by heat of relatively low and near environment temperature so that the waste heat below 100ºC can be recovered, which is ...

A finite element Fluid-Structure-Interaction (FSI) model is developed and validated for hemodynamic pulsatile blood flow through a stenosed artery under the effect of an applied magnetic field. The two-layered blood flow ...

In this thesis, a new statistical averaging method (NSAM) is suggested to solve Multi- Objective Linear Programming Problem (MOLPP) by using new arithmetic averaging method, new geometric averaging method and new harmonic ...