Determine the temperature distribution along the length of the rod shows in Figure 1 with an insulated premetri. The temperature at the left end is a constant 100OF and the free steam temperature is 100OF . let h= 10 Btu /(h-ft2-oF) and Kxx is 20 Btu /(h-ft-oF). The value of h is typically for forced air convection and the value of Kxx is a typical conductivity for carbon steel. Use five elements to solve the temperature distribution. Use hypermesh software to analyse the temperature distribution.

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Question 1 Determine the temperature distribution along the length of the rod shows in Figure 1 with an insulated premetri. The temperature at the left end is a constant 100°F and the free steam temperature is 100°F. let h= 10 Btu /(h-ft-°F) and Kx is 20 Btu /(h-ft-°F). The value of h is typically for forced air convection and the value of K is a typical conductivity for carbon steel. Use five elements to solve the XX temperature distribution. Use hypermesh software to analyse the temperature distribution.. 7mm 250 mm 100 °F 100 mm 5m Figure 1 Question 1 Determine the temperature distribution along the length of the rod shows in Figure 1 with an insulated premetri. The temperature at the left end is a constant 100°F and the free steam temperature is 100°F. let h= 10 Btu /(h-ft-°F) and Kx is 20 Btu /(h-ft-°F). The value of h is typically for forced air convection and the value of K is a typical conductivity for carbon steel. Use five elements to solve the XX temperature distribution. Use hypermesh software to analyse the temperature distribution.. 7mm 250 mm 100 °F 100 mm 5m Figure 1

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