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13.7 For the composite wall idealized by the one-dimensional model shown in Figure P13–7, determine the interface temperatures. For element 1, let Kxx = 5 W/(m - °C); for ele- ment 2, Kxx = 10 W/(m - °C); and for element 3, Kxx = 15 W/(m - °C). The left end has a constant temperature of 200°C and the right end has a constant temperature of 600°C. T = 200°C A =0.1 m? T = 600°C 2 3 0.1m -0.1 m 0.1 m Figure P13-7

13.7 For the composite wall idealized by the one-dimensional model shown in Figure P13–7, determine the interface temperatures. For element 1, let Kxx = 5 W/(m - °C); for ele- ment 2, Kxx = 10 W/(m - °C); and for element 3, Kxx = 15 W/(m - °C). The left end has a constant temperature of 200°C and the right end has a constant temperature of 600°C. T = 200°C A =0.1 m? T = 600°C 2 3 0.1m -0.1 m 0.1 m Figure P13-7

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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13.7 For the composite wall idealized by the one-dimensional model shown in Figure P13-7, determine the interface temperatures. For element 1, let Kxx ment 2, Kx = 10 W/(m - °C); and for element 3, Kxx = 15 W/(m °C). The left end has a constant temperature of 200°C and the right end has a constant temperature of 600°C. = 5 W/(m - °C); for ele- T = 200°C A=0.1 m? T = 600°C 2 0.1 m 0.1 m 0.1 m Figure P13-7
Transcribed Image Text:13.7 For the composite wall idealized by the one-dimensional model shown in Figure P13-7, determine the interface temperatures. For element 1, let Kxx ment 2, Kx = 10 W/(m - °C); and for element 3, Kxx = 15 W/(m °C). The left end has a constant temperature of 200°C and the right end has a constant temperature of 600°C. = 5 W/(m - °C); for ele- T = 200°C A=0.1 m? T = 600°C 2 0.1 m 0.1 m 0.1 m Figure P13-7
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