When a valve is open, the fluid flows through an expansion duct (see duct diagram in figure) following a velocity field
Posted: Fri Jul 08, 2022 5:43 am
When a valve is open, the fluid flows through an expansion duct (see duct diagram infigure) following a velocity field with the following form:
.
Find: (a) the acceleration of the fluid at the point (x, t) = (L, L/U)
(b) the instant of time when the acceleration is null at x = L.
Data:
V=U (1-2) tanhti. 2L
senhx = 2 I
coshx e te 2 e
(tanhx)' = sech²x
7=XI (1 *x) n 0=XI
- When A Valve Is Open The Fluid Flows Through An Expansion Duct See Duct Diagram In Figure Following A Velocity Field 1 (3.16 KiB) Viewed 60 times
Find: (a) the acceleration of the fluid at the point (x, t) = (L, L/U)
(b) the instant of time when the acceleration is null at x = L.
Data:
- When A Valve Is Open The Fluid Flows Through An Expansion Duct See Duct Diagram In Figure Following A Velocity Field 2 (2.02 KiB) Viewed 60 times
- When A Valve Is Open The Fluid Flows Through An Expansion Duct See Duct Diagram In Figure Following A Velocity Field 3 (2.13 KiB) Viewed 60 times
- When A Valve Is Open The Fluid Flows Through An Expansion Duct See Duct Diagram In Figure Following A Velocity Field 4 (2.35 KiB) Viewed 60 times
- When A Valve Is Open The Fluid Flows Through An Expansion Duct See Duct Diagram In Figure Following A Velocity Field 5 (8.13 KiB) Viewed 60 times
senhx = 2 I
coshx e te 2 e
(tanhx)' = sech²x
7=XI (1 *x) n 0=XI