Although the peristaltic flow has been a topic of scientific research during the past few decades, but in recent years it has received much attention due to its application in engineering and physiology. Peristalsis has its own importance in much biological systems, in spite of the several applications of non-Newtonian fluids in polymer, processing industries, bio fluid dynamics, petroleum, drilling and many other similar activities. Many theoretical investigations has been carried out by assuming that blood and other physiological fluids having like a Newtonian fluid of constant viscosity...
Although the peristaltic flow has been a topic of scientific research during the past few decades, but in recent years it has received much attention ...
In this study we present a steady three dimensional MHD flow and heat trasfer charecteristic of a viscous fluid due to bidirectional stretching sheet in a porous medium. The heat transfer analysis is carried out for two heating process namely prescribed surface temperature (PST) and prescribed heat flux (PHF). The similarity solution of the governing boundary layer partial differential equations is developed by employing homotopy analysis method(HAM)
In this study we present a steady three dimensional MHD flow and heat trasfer charecteristic of a viscous fluid due to bidirectional stretching sheet ...
The phenomenon of peristaltic transport has increased interest from researchers / investigators in several disciplines of engineering science. From a mechanical point of view peristalsis offers, constructing pumps in which the transported medium does not come in direct contact with any moving part (valves, rotors and plungers). This can be of great beneficial when medium is decomposable or highly abrasive under stress. Peristaltic flow problems are unsteady moving boundary value problems where the shape of the wave on flexible tube or channel is not known in priori and it deals with a...
The phenomenon of peristaltic transport has increased interest from researchers / investigators in several disciplines of engineering science. From a ...
The aim of study is to mathematically analyze blood flow's behavior and its part in high blood pressure. It occurs in the result of decreased cross sectional area instead of its normal size which alters the blood pressure. The primary element affecting the blood is cross sectional areas of the blood arteries that are responsible for regulation of blood in human body. The research employees a system of non-linear differential equations for a solution of cross sectional area and blood flow. A set of backward difference formula, Runge-Kutta Method, Modified Rosenbrock Formula of order 2,...
The aim of study is to mathematically analyze blood flow's behavior and its part in high blood pressure. It occurs in the result of decreased cross se...
