For the diffusion coefficient K = 0, the above equation becomes: If known: The flow velocity is constant, U = 0.5 m/s Channel length 1000m Δx = 100m Δt = 1000 sec When t = 0, the concentration along the channel is zero [C(C,0) = 0] The boundary conditions along upstream & downstream are 2 & 0 respectively Calculate the above equation using the concentration C(x,t) & carry out until Time step k-5 with scheme: a. Explicit b. Implicit

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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For the diffusion coefficient K = 0, the above equation becomes: If known: The flow velocity is constant, U = 0.5 m/s Channel length 1000m Δx = 100m Δt = 1000 sec When t = 0, the concentration along the channel is zero [C(C,0) = 0] The boundary conditions along upstream & downstream are 2 & 0 respectively Calculate the above equation using the concentration C(x,t) & carry out until Time step k-5 with scheme: a. Explicit b. Implicit
ac
at
02C
дх2
Әс
+U
+ U — = K
?x
-
Transcribed Image Text:ac at 02C дх2 Әс +U + U — = K ?x -
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