Conceptually, what is the integral of heat transfer rate, Q dot? dT- KAdr(W)cond,Q cond, cyldrT2k dTr2AT=T,|r=r¡A2urLkT - T,Qcond, cyl(W)– T2In(r2/r¡)T — Т,A long cylindrical pipe (or sphericalshell) with specified inner and outersurface temperatures T, and T2.(W)ReylIn(Outer radius/Inner radius)In(r2/r¡)Rcyl2т Lk2 X Length × Thermal conductivity14is the conduction resistance of the cylinder layer.

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Answered: Conceptually, what is the integral of…

Engineering

Mechanical Engineering

Conceptually, what is the integral of heat transfer rate, Q dot?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Conceptually, what is the integral of heat transfer rate, Q dot?

dT
- KA
dr
(W)
cond,
Q cond, cyl
dr
T2
k dT
r2
A
T=T,
|r=r¡
A
2urL
k
T - T,
Qcond, cyl
(W)
– T2
In(r2/r¡)
T — Т,
A long cylindrical pipe (or spherical
shell) with specified inner and outer
surface temperatures T, and T2.
(W)
Reyl
In(Outer radius/Inner radius)
In(r2/r¡)
Rcyl
2т Lk
2 X Length × Thermal conductivity
14
is the conduction resistance of the cylinder layer.

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