Fluid mechanics - Globe Thesis

Keyword [Fluid mechanics] Result: 61 - 80 \| Page: 4 of 5
61.	Evaluation of fluid mechanics and cavitation generated by mechanical heart valves during the closing phase
62.	Arterial fluid mechanics computations with the stabilized space-time fluid-structure interaction techniques
63.	Solid and fluid mechanics case studies in advanced electronic packaging
64.	Unsteady fluid mechanics and heat transfer in low pressure turbines and Stirling engines
65.	Macroscale and microscale fluid mechanics in rotary pumps
66.	Fluid mechanics and heat transfer experiments in the large scale mock up of the microfabricated Stirling engine regenerator
67.	Unsteady fluid mechanics of starting-flow vortex generators with time-dependent boundary conditions
68.	Fluid mechanics and heat transfer measurements within a porous regenerator under oscillatory flow conditions: Stirling cycle thermal regeneration
69.	Slip, swim, mix, pack: Fluid mechanics at the micron scale
70.	Fluid Mechanics of Cavitation in Orbital Atherectomy
71.	Numerical simulation of three-dimensional, complex, turbulent flows with unsteady coherent structures: From hydraulics to cardiovascular fluid mechanics
72.	An integrated MEMS syringe for advanced drug delivery: Design, fabrication and fluid mechanics of suspension flow through microneedle arrays
73.	A study of the heat transfer and fluid mechanics of the turbulent separating and reattaching flow past a backward facing step using large eddy simulation
74.	Fluid mechanics of microscale flight
75.	Fundamental studies of plasma applications in microelectronic manufacturing and flames: Fluid mechanics, phase-change, and heat transfer
76.	Selected topics in the fluid mechanics of immiscible liquids
77.	Symbolic computation application to some fluid mechanics and heat transfer problems using the Galerkin method
78.	Fluid mechanics and particle transport in a channel with one porous wall: Application to membrane filtration
79.	The fluid mechanics of gels and of highly viscous fluids: Investigation of slip phenomena
80.	AN EXPERIMENTAL STUDY OF TRANSITION TO TURBULENCE IN VERTICAL MIXED CONVECTION FLOWS AND ANALYSES OF LAMINAR MIXED CONVECTION IN PLUMES AND IN WALL PLUMES (HEAT TRANSFER, FLUID MECHANICS, NATURAL)
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