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열전달 Engineering Fundamentals of Heat and Mass Transfer [Frank PIncrope…

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작성일 19-05-30 21:02

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열전달 Engineering Fundamentals of Heat and Mass Transfer [Frank PIncropera David PDeWitt] Solution Manual 해답

Download : Engineering_Fundamentals_of_Heat_and_Mass_Transfer_[Frank_PIncropera_-_David_PDeWitt]_Solution_Manual.pdf( 14 )







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Engineering_Fundamentals_of_Heat_and_Mass_Transfer_[Frank_PIncropera_-_David_PDeWitt]_Solution_Manual_pdf_01.gif Engineering_Fundamentals_of_Heat_and_Mass_Transfer_[Frank_PIncropera_-_David_PDeWitt]_Solution_Manual_pdf_02.gif Engineering_Fundamentals_of_Heat_and_Mass_Transfer_[Frank_PIncropera_-_David_PDeWitt]_Solution_Manual_pdf_03.gif Engineering_Fundamentals_of_Heat_and_Mass_Transfer_[Frank_PIncropera_-_David_PDeWitt]_Solution_Manual_pdf_04.gif Engineering_Fundamentals_of_Heat_and_Mass_Transfer_[Frank_PIncropera_-_David_PDeWitt]_Solution_Manual_pdf_05.gif Engineering_Fundamentals_of_Heat_and_Mass_Transfer_[Frank_PIncropera_-_David_PDeWitt]_Solution_Manual_pdf_06.gif
열전달 6판입니다. 전범위 솔루션입니다 , 열전달 Engineering Fundamentals of Heat and Mass Transfer [Frank PIncropera David PDeWitt] Solution Manual 솔루션기계설계솔루션 , 인크로페라~
PROBLEM 1.1 KNOWN: Heat rate, q, through one-dimensional wall of area A, thickness L, thermal
conductivity k and inner temperature, T1. FIND: The outer temperature of the wall, T2. SCHEMATIC:

ASSUMPTIONS: (1) One-dimensional conduction in the x-direction, (2) Steady-state conditions, (3) Constant properties. ANALYSIS: The rate equation for conduction through the wall is given by Fourier’s law,

q cond = q x = q ′′ ? A = -k x
Solving for T2 gives

T ?T dT ? A = kA 1 2 . dx L

T2 = T1 ?

q cond L . kA

Substituting numerical values, find

T2 = 415 C -

3000W × 0.025m 0.2W / m ? K × 10m2

T2 = 415 C - 37.5 C T2 = 378 C.
COMMENTS: Note direction of heat flow and fac…(skip)

솔루션/기계설계

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다.

인크로페라~,기계설계,솔루션

열전달 6판입니다.
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