Oil flows from one tank to another when the gate valve is fully opened. All pipe diameter is 20mm and pipe materials is commercial steel. The top tank is equipped with an air pump to supply the required pressure so that the flow rate along the pipe is 0.002 m3/s. Assume top tank is very large such that the velocity at A is 0. • Include minor losses. • Use equation for solving the friction factor. m/s Re f h₂ hm PA m m kPa FLUSH ENTRANCE Flow entrance K = 0.5 Gate valve K 0.19 90 deg Elbow K = 9 Poll - 920 kg/m³ Voll = 0.1 x 10³ m²/s AIR PUMP FOR SUPPLYING THE REQUIRED PRESSURE ZATE VALVE 40 Im ELBON ELBOW 5m bm
Oil flows from one tank to another when the gate valve is fully opened. All pipe diameter is 20mm and pipe materials is commercial steel. The top tank is equipped with an air pump to supply the required pressure so that the flow rate along the pipe is 0.002 m3/s. Assume top tank is very large such that the velocity at A is 0. • Include minor losses. • Use equation for solving the friction factor. m/s Re f h₂ hm PA m m kPa FLUSH ENTRANCE Flow entrance K = 0.5 Gate valve K 0.19 90 deg Elbow K = 9 Poll - 920 kg/m³ Voll = 0.1 x 10³ m²/s AIR PUMP FOR SUPPLYING THE REQUIRED PRESSURE ZATE VALVE 40 Im ELBON ELBOW 5m bm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Fluid Mechanics
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Transcribed Image Text:Oil flows from one tank to another when the gate
valve is fully opened. All pipe diameter is 20mm
and pipe materials is commercial steel. The top
tank is equipped with an air pump to supply the
required pressure so that the flow rate along the
pipe is 0.002 m3/s.
• Assume top tank is very large such that the
velocity at A is 0.
Include minor losses.
Use equation for solving the friction factor.
m/s
Re
f
h₂
hm
PA
m
m
kPa
FLUSH
ENTRANCE
Flow entrance K = 0.5
Gate valve K = 0.19
90 deg Elbow K = 9
Poil = 920 kg/m³
Voll = 0.1 x 10³ m²/s
AIR
PUMP
FOR SUPPLYING
THE REQUIRED
PRESSURE
2m
EATE
VALVE
Im
ELBON
ELBOW
ग्र
5m
6m
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