A Study of Some Flow Problems in the Presence of Heat and Mass Transfer: Free-convective Flow in Vertical Channels with Periodic Boundary Variations: Fourier and Non-fourier Energy Equations - Abiodun Ajibade - Libros - LAP LAMBERT Academic Publishing - 9783844302165 - 28 de enero de 2011
En caso de que portada y título no coincidan, el título será el correcto

A Study of Some Flow Problems in the Presence of Heat and Mass Transfer: Free-convective Flow in Vertical Channels with Periodic Boundary Variations: Fourier and Non-fourier Energy Equations

Precio
Mex$ 1.248
sin IVA

Pedido desde almacén remoto

Entrega prevista 21 de sep. - 1 de oct.
Recibe notificaciones sobre nuevos lanzamientos de Abiodun Ajibade
Añadir a tu lista de deseos de iMusic

Aún no valorado

FLOW PROBLEMS WITH HEAT AND MASS TRANSFER. In this Dissertation, investigations are carried out on Natural convection flow of fluid between two infinite vertical parallel plates for different physical situations as well as different fluid properties. The different thermal conditions considered in this dissertation include symmetric and asymmetric heating of the boundaries, periodic temperature variation on the boundaries, viscous dissipation heating as well as the role of Non- Fourier energy equation on convective heat transfer. The dissertation also investigated the influence of heat generation or absorption and mass leakage (suction/injection) through the channel boundaries. Closed form solutions are obtained for momentum, energy and concentration equations for different physical situations. It is hoped that the result presented in this dissertation will be of use in validating Computer routines for numerical solutions of more complex natural convection fluid flows in the presence of heat and mass transfer and in stimulating needed experimental work in this area.

Medios de comunicación Libros     Paperback Book   (Libro con tapa blanda y lomo encolado)
Publicado 28 de enero de 2011
ISBN13 9783844302165
Editores LAP LAMBERT Academic Publishing
Páginas 288
Dimensiones 225 × 16 × 150 mm   ·   447 g
Lengua Alemán