Exact(3)
The capillary force applied on the fluid column: Fs = 2πRγla cos θc The pulling pressure: The capillary force applied on the fluid column: Fs = 2πRγla cos θc.
The pulling pressure: P = 2 πR γ la cos θ c π R 2 = 2 γ la cos θ c R. The gradient of the pressure: The gradient of the pressure: − dP dZ = P z = 2 γ la cos θ c Rz.
Kneel down and apply pulling pressure to the blade set and remove it.
Similar(5)
Relieve the pressure by pulling the pressure relief valve or by using the bleeder valve assembly.
Vent off all gas pressure in the keg by pulling a pressure relief valve on the keg.
The performance of V-shaped structure is the best, and the performance of X-shaped structure is the worst under pulling or pressure force.
By contrast, it is found that the performance of the structural units is different under the condition of different loads and same mass: (1) The performance of V-shaped structure is the best, and the performance of X-shaped structure is the worst under pulling or pressure force.
Pulling creates pressure which causes tears and laddering.
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