Calculate the nodal temperature using one dimensional analysis of a fin as shown in fig. The...

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Calculate the nodal temperature using one dimensional analysis of a fin as shown in fig. The fin has rectangular cross-section. Assume that the tip of the fin is insulated. Solve the problem (i) 2 Linear elements (ii) 3 Linear elements (iii) 4 Linear elements and compare nodal temperatures. Thermal conductivity K=4w/cmC, Convective heat transfer co-efficient h=0.1 w/cm2C and adjacent fluid temperature f= 25C h+ Base Temparatur k 100c. C 12 Cm 3 conditions in a Calculate the nodal temperature using one dimensional analysis of a fin as shown in fig. The fin has rectangular cross-section. Assume that the tip of the fin is insulated. Solve the problem (i) 2 Linear elements (ii) 3 Linear elements (iii) 4 Linear elements and compare nodal temperatures. Thermal conductivity K=4w/cmC, Convective heat transfer co-efficient h=0.1 w/cm2C and adjacent fluid temperature f= 25C h+ Base Temparatur k 100c. C 12 Cm 3 conditions in a