Energy and velocity of a forming vortex ring von Shusser, Michael, Gharib, Morteza

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Comparison of kinetic theory models of laser ablation of carbon von Shusser, Michael

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Quasi-one-dimensional kinetic theory model of laser ablation of carbon von Shusser, Michael

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Flow in a Curved Pipe With a Sudden Expansion von Shusser, Michael, Ramus, Artyom, Gendelman, Oleg

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Kinetic theory analysis of laser ablation of carbon: Importance of second-order calculation von Shusser, Michael

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Kinetic theory analysis of laser ablation of carbon: Applicability of one-dimensional models von Shusser, Michael

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Instability of a Curved Pipe Flow With a Sudden Expansion von Shusser, Michael, Ramus, Artyom, Gendelman, Oleg

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Approximate model for laser ablation of carbon von Shusser, Michael

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Kinetic theory analysis of laser ablation of carbon: Applicability ofone-dimensional models von Shusser, Michael

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The influence of thermal expansion flow on droplet evaporation von Shusser, Michael

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Properties of steady-state solutions for a simulated solid rocket motor von Shusser, Michael

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On the paradox of thermocapillary flow about a stationary bubble von Yariv, Ehud, Shusser, Michael

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Comment on “Vortices on a cylinder” [Phys. Fluids 15, 2087 (2003)] von Shusser, Michael

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Effect of time-dependent piston velocity program on vortex ring formation in a piston/cylinder arrangement von Shusser, Michael, Rosenfeld, Moshe, Dabiri, John O., Gharib, Morteza

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A model for vortex ring formation in a starting buoyant plume von SHUSSER, MICHAEL, GHARIB, MORTEZA

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Analytical Solution for Pressure-Coupled Combustion Response Functions of Composite Solid Propellants von Shusser, Michael, Culick, Fred E. C, Cohen, Norman S

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Stability of an evaporating thin polymer film von Shusser, Michael, Gendelman, Oleg V.

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On the Effect of Pipe Boundary Layer Growth on the Formation of a Laminar Vortex Ring Generated by a Piston/Cylinder Arrangement von Shusser, Michael, Gharib, Morteza, Rosenfeld, Moshe, Mohseni, Kamran

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A physical model describing the mechanism for formation of gas microbubbles in patients with mitral mechanical heart valves von RAMBOD, E, BEIZAIE, M, SHUSSER, M, MILO, S, GHARIB, M

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Discussion: "Sensitivity Analysis for Nonlinear Heat Condition," (Dowding, K. J., and Blackwell, B. F., 2001, ASME J. of Heat Transfer, 123(1), pp. 1–10) von Shusser, Michael

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