piece made of pure aluminum has a diameter D = a.x ^ 1/2 and a = 0.5m ^ 1/2. The left edge surface of the part is at x1 = 25 mm, and the right edge surface is x2 = 125 mm. Edge temperatures are T1 = 600K and T2 = 400K and the side surface is completely insulated. a) Assuming that the heat conduction is one dimensional, write a relation for the temperature distribution T (x). b) Calculate the heat transfer.
piece made of pure aluminum has a diameter D = a.x ^ 1/2 and a = 0.5m ^ 1/2. The left edge surface of the part is at x1 = 25 mm, and the right edge surface is x2 = 125 mm. Edge temperatures are T1 = 600K and T2 = 400K and the side surface is completely insulated. a) Assuming that the heat conduction is one dimensional, write a relation for the temperature distribution T (x). b) Calculate the heat transfer.
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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The cross-sectional area of a conical piece made of pure aluminum has a diameter D = a.x ^ 1/2 and a = 0.5m ^ 1/2.
The left edge surface of the part is at x1 = 25 mm, and the right edge surface is x2 = 125 mm. Edge temperatures are T1 = 600K and T2 = 400K and the side surface is completely insulated.
a) Assuming that the heat conduction is one dimensional, write a relation for the temperature distribution T (x).
b) Calculate the heat transfer.
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