Three academic generations in one publication

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We are happy to present our latest publication on analysis of the Constrained Vapor Bubble (CVB) experiment on the International Space Station (ISS).

We used data from the NASA Physical Sciences Informatics (PSI) database combined with multi-scale liquid-vapor phase change modeling to argue against the common long standing assumption of an isothermal liquid-vapor interface. We show that the non-isothermal interface results in strong Marangoni flow in the absence of gravity. The computational analysis reveals recirculating flow patterns and stagnation points that correlate extremely well with optical signatures from experiments.

This manuscript holds special place for me since it includes three academic generations. I’m proud to have my PhD student Unmeelan and MS student Ayaaz co-author with my PhD advisor Jeffrey Allen!