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Measurement of the slip ratio for critical two-phase flow of water
Croteau, Francis L.
Croteau, Francis L.
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t1961_Croteau.pdf
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1961-05
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Abstract
The object of this thesis was to investigate the slip-velocity ratio between the phases in the two-phase flow of saturated water. Because the usual flow measurements of pressure, temperature, and flow are not sufficient to adequately determine this ratio, a test configuration was designed to also measure the thrust of the expanding flow.
This necessitated the establishment of a test configuration and a procedure that could be used to measure small values of thrust. This vale was needed in order to solve the simultaneous equations for momentum, energy, and quality, of the liquid-vapor stream. The results show the respective velocities at which the vapor and liquid phases are traveling.
The solution is based on the flow being one-dimensional and in thermodynamic equilibrium. It was also assumed that the vapor phase and liquid phase were separated.
Table of Contents
Symbols and subscripts -- Scope and objective -- Discussion of background -- Derivation of equations -- Test procedure -- Reduction of data -- Discussion of results - Investigation of source of error -- Conclusions -- Figures
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Thesis (M.S.)-- University of Wichita, College of Engineering, Dept. of Mechanical Engineering
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Wichita State University
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Wichita State University
