Development of Universal Databases and Predictive Tools for Two-Phase Heat Transfer and Pressure Drop in Cryogenic Flow Boiling Heated Tube Experiments
In this study, universal databases and semi-empirical correlations are developed for cryogenic two-phase heat transfer and pressure drop in heated tubes undergoing flow boiling.
Funding
80GRC018C0055
History
Degree Type
- Doctor of Philosophy
Department
- Mechanical Engineering
Campus location
- West Lafayette
Advisor/Supervisor/Committee Chair
Issam MudawarAdditional Committee Member 2
Gregory BlaisdellAdditional Committee Member 3
Hector GomezAdditional Committee Member 4
Xiulin RuanUsage metrics
Categories
Keywords
two-phase flowheat transferpressure dropflow boilingboiling curvenucleate boilingcritical heat fluxfilm boilingminimum heat fluxrewet temperaturecryogensliquid heliumliquid hydrogenliquid neonliquid nitrogenliquid argonliquid methanecorrelationdatabaseheat transfer coefficientpressure gradientnonequilibrium
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