temperature is To and initially the fluid is at temperature T1. If V is the speed of the fluid in the x direction, a problem describing the temperature u(x, y,t) is: ди + V Ət x > 0, 0 < y < b, t> 0, k- u(x,0, t) = 0, u(x, b, t) = 0, u(0, у, t) — То, и (х, у, 0) 3 Ti- Make a separation of variables as above. State and solve the eigenvalue problem for Y . Show that Un(X, Y, t) = ¢n(x – Vt)e-"ikle+Vt) 1,2, 3, ... are the eigen values for the Y problem, satisfies the sin µnY %3D where An = µ, for n = PDE and boundary conditions at y = 0 and y = b, without restrictions of øn (except differentiability). %3D

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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A fluid flows between two parallel plates held at temperature
zero. At the inlet, fluid
Transcribed Image Text:A fluid flows between two parallel plates held at temperature zero. At the inlet, fluid
temperature is To and initially the fluid is at temperature T1. If V is the speed of the
fluid in the x direction, a problem describing the temperature u(x, y,t) is:
du
+V
Ət
x > 0, 0 < y < b, t > 0,
и(х, 0, t) — 0, и (х, b, t) — 0,
u(0, у, t) — То, и(г, у, 0) — Т.
Make a separation of variables as above. State and solve the eigenvalue problem for Y.
Show that
Un (X, Y, t) = Øn(x – Vt)e-“ika+Vt)
sin Uny
where An
i, for n = 1,2, 3, ... are the eigen values for the Y problem, satisfies the
PDE and boundary conditions at y = 0 and y = b, without restrictions of øn (except
differentiability).
Transcribed Image Text:temperature is To and initially the fluid is at temperature T1. If V is the speed of the fluid in the x direction, a problem describing the temperature u(x, y,t) is: du +V Ət x > 0, 0 < y < b, t > 0, и(х, 0, t) — 0, и (х, b, t) — 0, u(0, у, t) — То, и(г, у, 0) — Т. Make a separation of variables as above. State and solve the eigenvalue problem for Y. Show that Un (X, Y, t) = Øn(x – Vt)e-“ika+Vt) sin Uny where An i, for n = 1,2, 3, ... are the eigen values for the Y problem, satisfies the PDE and boundary conditions at y = 0 and y = b, without restrictions of øn (except differentiability).
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