2-) A cylindrical bar (k = 400 W/mK) with ar=0.5 mm and L= 25 mm is employed to T(0)=100°C- AinTo=0°C 2=100W/m²•K T(L)=0°C increase heat transfer from a wall. One edge of the bar is fixed to the wall with 100C while the other edge is attached to another wall with 0 C as shown from the figure. The flowing fluid over the bar is air at 0C with a heat transfer coefficient of h = 100 W/m²K Find the heat transfer rate by convection from the bar to the air? I condi D=1mm 9 cond,o L-25mm

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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BTo=0°C
Air
2-) A cylindrical bar (k = 400 W/mK) with
ar= 0.5 mm and L= 25 mm is employed to TO)=100°C¬
increase heat transfer from a wall. One edge
of the bar is fixed to the wall with 100C
while the other edge is attached to another
wall with 0 C as shown from the figure. The flowing fluid over the bar is air at 0C with a heat
transfer coefficient of h = 100 W/m?K Find the heat transfer rate by convection from the bar to
Ph=100W/m2-K
-T(L)=O°C
Icondi
9 cond,o
L-25mm
D-1mm
the air?
Transcribed Image Text:BTo=0°C Air 2-) A cylindrical bar (k = 400 W/mK) with ar= 0.5 mm and L= 25 mm is employed to TO)=100°C¬ increase heat transfer from a wall. One edge of the bar is fixed to the wall with 100C while the other edge is attached to another wall with 0 C as shown from the figure. The flowing fluid over the bar is air at 0C with a heat transfer coefficient of h = 100 W/m?K Find the heat transfer rate by convection from the bar to Ph=100W/m2-K -T(L)=O°C Icondi 9 cond,o L-25mm D-1mm the air?
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