When a fluid flows through a sharp bend, low pressures may

developin localized regions of the bend. Estimate the

minimumabsolute pressure (in psi) that can develop without

causingcavitation if the fluid is water at 160 oF.

Question

Shorty

Engineering

21 June, 11:39

When a fluid flows through a sharp bend, low pressures may

developin localized regions of the bend. Estimate the

minimumabsolute pressure (in psi) that can develop without

causingcavitation if the fluid is water at 160 oF.

+5

Answers (1)

Know the Answer?

Chasity Vargas · Answer 1

38.6 kPa.

Explanation:

Liquids cavitate when the pressure falls below their vapor pressure for the temperature they are.

Water at 160F has a vapor pressure of:

pv = 38.6 kPa

So the minimum absolute pressure that can develop without causing cavitation would be just above 38.6 kPa.

When a fluid flows through a sharp bend, low pressures maydevelopin localized regions of the bend. Estimate theminimumabsolute pressure (in psi) that can develop withoutcausingcavitation if the fluid is water at 160 oF.

When a fluid flows through a sharp bend, low pressures may

developin localized regions of the bend. Estimate the

minimumabsolute pressure (in psi) that can develop without

causingcavitation if the fluid is water at 160 oF.