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7- Consider a composite structure shown on below. Conductivities of the layer are: kl = k3 = 10 W/mK, k2 = 16 W/mK, and k4 = 46 W/mK. The convection coefficient on the right side of the composite is 30 W/m2K. Calculate the total heat flow through the composite. Answ(173.9W) %3D

7- Consider a composite structure shown on below. Conductivities of the layer are: kl = k3 = 10 W/mK, k2 = 16 W/mK, and k4 = 46 W/mK. The convection coefficient on the right side of the composite is 30 W/m2K. Calculate the total heat flow through the composite. Answ(173.9W) %3D

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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L4 LI L2 L3 7- Consider a composite structure shown on below. Conductivities of the layer are: kl = k3 = 10 W/mK, k2 = 16 W/mK, and k4 = 46 W/mK. The convection coefficient on the right side of the composite is 30 W/m2K. Calculate the total heat flow through the composite. Answ(173.9W) T=100°C T=20°C 2 Aj= A; =A;=0.1m? 4 A=0.03m? L=20cm, L2=L=15cm
Transcribed Image Text:L4 LI L2 L3 7- Consider a composite structure shown on below. Conductivities of the layer are: kl = k3 = 10 W/mK, k2 = 16 W/mK, and k4 = 46 W/mK. The convection coefficient on the right side of the composite is 30 W/m2K. Calculate the total heat flow through the composite. Answ(173.9W) T=100°C T=20°C 2 Aj= A; =A;=0.1m? 4 A=0.03m? L=20cm, L2=L=15cm
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