Approaches to validation of models for low gravity fluid behavior
This paper details the author experiences with the validation of computer models to predict low gravity fluid behavior. It reviews the literature of low gravity fluid behavior as a starting point for developing a baseline set of test cases. It examines authors' attempts to validate their models against these cases and the issues they encountered. The main issues seem to be that: Most of the data is described by empirical correlation rather than fundamental relation; Detailed measurements of the flow field have not been made; Free surface shapes are observed but through thick plastic cylinders, and therefore subject to a great deal of optical distortion; Heat transfer process time constants are on the order of minutes to days but the zero-gravity time available has been only seconds.
Chato, D., Marchetta, J., Hochstein, J., & Kassemi, M. (2004). Approaches to validation of models for low gravity fluid behavior. AIAA Paper, 7427-7441. Retrieved from https://digitalcommons.memphis.edu/facpubs/14530