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Sir is the parameter values depend the geometry, material and fluid type? Please guide me about that.
Minor correction at 3:47 :The hydraulic diameter (four times the area divided by the perimeter) of a rectangular duct: D= 4*(W*H) / (2*(W+H)) = 2*(W*H) / (W+H)
it was very good. thanks for this brilliant video
Why did you put the value of the pressure in the outlet zero ??
It is atm pressure, we usually use this boundary for outlet of the fluid flow.
@@engineeringtraining2024 but the atmosphere pressure value is 101,325 Pa and not zero
Relative pressure is zero.
Greetings,I sent you an email Recently . Please Kindly respond, thank you.
Ok.
Sir is the parameter values depend the geometry, material and fluid type?
Please guide me about that.
Minor correction at 3:47 :
The hydraulic diameter (four times the area divided by the perimeter) of a rectangular duct:
D= 4*(W*H) / (2*(W+H)) = 2*(W*H) / (W+H)
it was very good. thanks for this brilliant video
Why did you put the value of the pressure in the outlet zero ??
It is atm pressure, we usually use this boundary for outlet of the fluid flow.
@@engineeringtraining2024 but the atmosphere pressure value is 101,325 Pa and not zero
Relative pressure is zero.
Greetings,
I sent you an email Recently . Please Kindly respond, thank you.
Ok.