Advances in Cryogenic Engineering 1995
DOI: 10.1007/978-1-4757-0516-4_23
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An Equation for the Prediction of Cryogenic Pressurant Requirements for Axisymmetric Propellant Tanks

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“…Several correlations and numerical models were developed as a result of an effort to estimate the required pressurant mass especially for cryogenic propellant tank. The correlation to predict the total required pressurant mass for an axisymmetric propellant tank was developed by Epstein and Anderson [3] in 1968 based on the concept of the collapse factor. Then it was revised by Van Dresar [4] in 1997 by comparing with test data obtained from spherical propellant tanks and including the concept of equivalent diameter.…”
Section: Introductionmentioning
confidence: 99%
“…Several correlations and numerical models were developed as a result of an effort to estimate the required pressurant mass especially for cryogenic propellant tank. The correlation to predict the total required pressurant mass for an axisymmetric propellant tank was developed by Epstein and Anderson [3] in 1968 based on the concept of the collapse factor. Then it was revised by Van Dresar [4] in 1997 by comparing with test data obtained from spherical propellant tanks and including the concept of equivalent diameter.…”
Section: Introductionmentioning
confidence: 99%