4-4. Consider an infinitely long rod of reetangular cross seetion (L X ). The boundary conditions are specified as shown in Fig. 4-44. Find the steady temperature of the rod (a) in terms of coordinate system I and the characteristic functions based on the insulated boundary, (b) in terms of coordinate system II and the characteristic funetions based on the heat transfer boundary. (e) Compare the algebraic complexity of the solutions. Inulation
4-4. Consider an infinitely long rod of reetangular cross seetion (L X ). The boundary conditions are specified as shown in Fig. 4-44. Find the steady temperature of the rod (a) in terms of coordinate system I and the characteristic functions based on the insulated boundary, (b) in terms of coordinate system II and the characteristic funetions based on the heat transfer boundary. (e) Compare the algebraic complexity of the solutions. Inulation
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Transcribed Image Text:4-4. Consider an infinitely long rod of rectangular cross seetion (L X ). The
boundary conditions are specified as shown in Fig. 4–44. Find the steady temperature
of the rod (a) in terms of coordinate system I and the characteristic functions based on
the insulated boundary, (b) in terms of coordinate system II and the characteristic
functions based on the heat transfer boundary. (e) Compare the algebraie complexity
of the solutions.
Insulation
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