Unformatted text preview: diffusivity 3.63e-6 m 2 /s). Using the explicit finite-difference technique with a spatial increment of 0.016 m, estimate the time required for the tip of the rod to reach 100°C. Derive the equations from a control volume, clearly labeling nodes and heat transfer rates. Provide a copy of the code used to solve this problem. Clearly indicate the method used to solve the equations such as Fortran code, Excel spreadsheet, etc. Plot the temperature T(x,t) versus position along the rod x at this time....
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- Fall '08
- Heat Transfer, 10 mm, 25°C, 0.16 m, 0.016 M, 14.8 W