b) Consider a rod of length L, whose ends are kept at a constant temperature and its lateral surface is insulated. The heat flow is described by the 1-D heat diffusion equation subject to the conditions: f(0,t) = f(L,t)=0 for t> 0 3лx f(x,0)=sin- for 0 < x

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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b) Consider a rod of length L, whose ends are kept at a constant temperature and its
lateral surface is insulated. The heat flow is described by the 1-D heat diffusion
equation subject to the conditions:
f(0,t) = f(L,t)=0 for t> 0
3лx
f(x,0)=sin-
for 0 < x <L
L
Obtain a unique solution.
Transcribed Image Text:b) Consider a rod of length L, whose ends are kept at a constant temperature and its lateral surface is insulated. The heat flow is described by the 1-D heat diffusion equation subject to the conditions: f(0,t) = f(L,t)=0 for t> 0 3лx f(x,0)=sin- for 0 < x <L L Obtain a unique solution.
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