Heat Transfer
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Heat Transfer - Dimitri Gidaspow
© 2022 Dimitri Gidaspow
ISBN: 978-1-66-785167-9
All rights reserved. This book or any portion thereof may not be reproduced or used in any manner whatsoever without the express written permission of the publisher except for the use of brief quotations in a book review.
Table of Contents
INTRODUCTION
HEAT EXCHANGERS ENERGY BALANCE
SOLAR ASSISTED AIR CONDITIONING OF BUILDINGS
ENTROPY PRODUCTION
ENTROPY PRODUCTION DUE TO HEAT TRANSFER
CARBON DIOXIDE CAPTURE OF CO2 FROM POWER PLANTS
CARBON DIOXIDE CAPTURE FROM AIR
EXERCISES
APPENDIX ONE
APPENDIX TWO
ENTROPY BALANCES
NOTATION
VAPOR COMPRESSION CYCLE PROBLEM
A SHORT BIOGRAPHICAL SKETCH
INTRODUCTION
There is a need to construct buildings with small loss of energy. Such buildings were constructed in China by Professor Leon R. Glicksman of MIT ( L.R.Glickman and J.H. Lienhard, Modeling and Approximation in Heat Transfer )
We define work as W ,Pressure as P and displaced volume as dV. Then we obtain dW = PdV.
HEAT EXCHANGERS ENERGY BALANCE
An energy balance between a hot fluid and cold fluid is as follows:
Net rate of heat outflow by convection + rate of heat transfer between 2 streams = 0.
C p d T/dx = a {Tc – TH }
where
C p is the specific