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Heat Transfer
Heat Transfer
Heat Transfer
Ebook33 pages18 minutes

Heat Transfer

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About this ebook

Engineers face many challenges in design and research. Our Heat Transfer book describes our approach to engineering solutions. A great number of examples helps the reader understand our book.
LanguageEnglish
PublisherBookBaby
Release dateAug 8, 2022
ISBN9781667851679
Heat Transfer

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    Book preview

    Heat Transfer - Dimitri Gidaspow

    Text Description automatically generated

    © 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

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