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A (2cm) thick steel plate of thermal conductivity (50 W/m °C) has a uniform heat generation of (40* 10° w/m). The temperature at the left surface of the plate is( 160 °C) and at the right surface is ( 100 °C) find :- i- The temperature distribution across the plate. ii- The place and the value of the maximum temperature. iii- The flow of heat at each surface of the plate.

A (2cm) thick steel plate of thermal conductivity (50 W/m °C) has a uniform heat generation of (40* 10° w/m). The temperature at the left surface of the plate is( 160 °C) and at the right surface is ( 100 °C) find :- i- The temperature distribution across the plate. ii- The place and the value of the maximum temperature. iii- The flow of heat at each surface of the plate.

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
Problem 1.1MA
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b- A (2cm) thick steel plate of thermal conductivity (50 W/m C) has a uniform heat generation of (40* 10° w/m'). The temperature at the left surface of the plate is( 160 °C) and at the right surface is ( 100 °C) find :- i- The temperature distribution across the plate. ii- The place and the value of the maximum temperature. iii- The flow of heat at each surface of the plate.
Transcribed Image Text:b- A (2cm) thick steel plate of thermal conductivity (50 W/m C) has a uniform heat generation of (40* 10° w/m'). The temperature at the left surface of the plate is( 160 °C) and at the right surface is ( 100 °C) find :- i- The temperature distribution across the plate. ii- The place and the value of the maximum temperature. iii- The flow of heat at each surface of the plate.
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