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m a tànk through an orifice is to be modeled using water as th flowing fluid. The kinematic viscosity of the oil is eight times that of the water. The relative density of the oil is 0.90. What oil flowrate is represented by 0.002 2 m³/s in the model? If the force exerted on the model tank bottom is 210 N, what is the corresponding force in the prototype?

m a tànk through an orifice is to be modeled using water as th flowing fluid. The kinematic viscosity of the oil is eight times that of the water. The relative density of the oil is 0.90. What oil flowrate is represented by 0.002 2 m³/s in the model? If the force exerted on the model tank bottom is 210 N, what is the corresponding force in the prototype?

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The discharge of oil from a tank through an orifice is to be modeled using water as the flowing fluid. The kinematic viscosity of the oil is eight times that of the water. The relative density of the oil is 0.90. What oil flowrate is represented by 0.002 2 m'/s in the model? If the force exerted on the model tank bottom is 210 N, what is the corresponding force in the prototype? 1.2 md Oil 12 m 0.2 m d
Transcribed Image Text:The discharge of oil from a tank through an orifice is to be modeled using water as the flowing fluid. The kinematic viscosity of the oil is eight times that of the water. The relative density of the oil is 0.90. What oil flowrate is represented by 0.002 2 m'/s in the model? If the force exerted on the model tank bottom is 210 N, what is the corresponding force in the prototype? 1.2 md Oil 12 m 0.2 m d
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