I am a PhD student at Michigan State University, Mechanical Engineering Department.
I am doing my research under the supervision of Dr. Nikolai Priezjev on slip boundary condition of nano-fluids with molecular dynamics method in Computational Fluid Dynamics (CFD) Lab.

• Projects
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  • Molecular dynamics simulation of polymer melt near corrugated surface when the wavelength of the roughness is on the order of radius of gyration of the chain.
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• Nature
  • Examine the form of the free surface flows resulting from the collision of equal jets at an oblique angle. The instability in the flow takes the form of fluid fishbones [Bush & Hasha, JFM (2004)].
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  • When a vertical water jet strikes a circular horizontal impactor, the water is deflected into a horizontal sheet. The circular fluid sheets are marked by an axisymmetry-breaking instability that results in polygonal structures [Buckingham & Bush (2001, Phys. Fluids)].
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  • Falling drop and resulting splash sequence: (a) 0 ms; (b) 2 ms; (c) 7 ms; (d) 19 ms; (e) 33 ms; (f) 45 ms, [PHYSICS OF FLUIDS 19, 091109 (2007)].
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  • Photo of flowing water adhering to a hand. Surface tension creates the sheet of water between the flow and the hand.
  • Branch of trees: Period doubling bifurcations leading to chaos
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  • The photographs show the flow field that result when wake of 2-D bluff body interacts with the plume of a jet slot. Avergaed air jet velocity increases from 18 cm/s to 71 cm/s from left to right respectively [Phys. Fluids, Vol.31 (1988)].
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  • Frost covers the windshield of a car in Tuscarora, Nevada. Photograph by David Boyer
• School
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