Air flow across a 20m square is hape platewith velocity of 5 m/s force struem conditionare 10 at2° kpa heaty in the platsurface furkshed constant heat at the wallthat the avrag wall is lood -calculate the surface heat flux and valaeof heat Trasfer coff at X-Posirtron ofSo* теP-m-tNu-ReFw-Tote7timaneirheat Transferтися - товTfaP=2P mutPPTW - Tax >Nu &q (LA)0673 RE PYhixk037

Given:the length of the plate is the velocity of airflow is the temperature at the free stream is…

Air flow across a 20m square is hape plate with velocity of 5 m/s force struem condition are 10% at 20 kpa heat in the plat surface furkshed constant heat at the wall that the aurag wall is looc calculate the surface heat flux and valae of heat Trasfer coff at X. Positron of So .

Air flow across a 20m square is hape plate with velocity of 5 m/s force struem condition are 10% at 20 kpa heat in the plat surface furkshed constant heat at the wall that the aurag wall is looc calculate the surface heat flux and valae of heat Trasfer coff at X. Positron of So .

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter9: Heat Transfer With Phase Change

Section: Chapter Questions

Problem 9.26P

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Question

Air flow across a 20m square is hape plate
with velocity of 5 m/s force struem condition
are 10 at
2° kpa heaty in the plat
surface furkshed constant heat at the wall
that the avrag wall is lood -
calculate the surface heat flux and valae
of heat Trasfer coff at X-Posirtron of
So
* те
P-m-t
Nu-
Re
Fw-To
te
7
timaneir
heat Transfer
тися - тов
Tfa
P=
2
P mut
PP
TW - Tax >
Nu &
q (LA)
0673 RE PY
hix
k
037

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Step 1: To determine the surface heat flux and the value of the heat transfer coefficient.

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Step 2: Calculating the surface heat flux

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Step 3: Calculating the heat transfer coefficient for x position.

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