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Kinetic Theory of Drag on Objects in Nearly Free Molecular Flow

Using an analogy between the density expansion of the transport coefficients of moderately dense gases and the inverse-Knudsen-number expansion of the drag on objects in nearly free molecular flows, we formulate the collision integrals that determine the first correction term to the free-molecular drag limit. We then show how the procedure can be applied to calculate the drag coefficients of an oriented disc and a sphere as a function of the speed ratio.

preprint2014arXivOpen access
J. V. SengersY. -Y. Lin WangB. Kagmar-ParsiJ. R. Dorfman
cond-mat.stat-mech
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J. V. SengersY. -Y. Lin WangB. Kagmar-ParsiJ. R. Dorfman

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