Conduction-RadiationBC

Conduction-RadiationBC - k 3 Note: to make an insulated...

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k Dx Dy h Bix Biy Tconv qdot 3 0 0 50 0.03 0.02 323 0.00E+00 Interior node 0 3.08 3.08 4.9 4.9 3 1087.79 1125.12 5 1087.09 1257.01 Err:523 Err:523 Err:523 7 1086.96 1330.83 1173 Err:523 Err:523 Err:523 9 1086.91 1377.45 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 Err:523 Err:523 Err:523 1173 Err:523 Err:523 Err:523 Note:  to make an  insulated boundary, use a  convective boundary with  h = 0, eps = 0 Right outer or left inner  convective surface Left outer or right inner  convective surface Top outer or bottom  inner convective  surface Bottom outer or top 
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This note was uploaded on 07/22/2008 for the course AME 331 taught by Professor Ronney during the Spring '08 term at USC.

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Conduction-RadiationBC - k 3 Note: to make an insulated...

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