Turbulent flows - Globe Thesis

Keyword [Turbulent flows] Result: 1 - 20 \| Page: 1 of 4
1.	Numerical Simulation Of Magnetohydrodynamic Turbulent Flows
2.	Statistical Research Of Turbulent Velocity Gradient In Three-dimensional Turbulent Flows
3.	Study Of Turbulent Flows Of Pseudoplastic Non-Newtonian Fluids In Strongly Curved Ducts
4.	Particle Image Velocimetry Investigation Of Coherent Structures In Wall-bounded Turbulent Flows And Their Passive Control By Riblets
5.	Study On The Hydrodynamics Of Dense Gas-particle Two-phase Turbulent Flows In Fluidized Bed
6.	Properties Of The K-ω Model For Stellar Convection
7.	Renormalization Group Analysis For Rotating Turbulent Flows
8.	Direct Numerical Simulation Of Magnetohydrodynamic Turbulent Flows
9.	Study On The Well-posedness And Regularity Of The K-? Equations For The Model Of Turbulent Flows
10.	Time-resolved Particle Image Velocimetry Investigation Of Drag-reduction For Superhydrophobic Surfaces And Coherent Structures In Wall-bounded Turbulent Flows
11.	Experimental Investigation Of Drag-Reduction Mechanism For Superhydrophobic Surfaces In Wall-Bounded Turbulent Flows With Time-Resolved Particle Image Velocimetry
12.	Interface-resolved Direct Numerical Simulation Of Unconventional Particulate Turbulent Flows
13.	Using Transport Equation Of Subgrid Scale Eddy Viscosity For Large Eddy Simulation And Its Application In Turbulent Flows
14.	Extension Of Local Domain-Free Discretization Method To RANS Simulation Of Turbulent Flows
15.	Numerical modeling of turbulent flows in arbitrarily complex natural streams
16.	Studies in wall turbulence using dual plane particle image velocimetry and direct numerical simulation data
17.	Direct numerical simulation of compressible and incompressible wall bounded turbulent flows with pressure gradients
18.	Experimental study of the scalar concentration field in turbulent flows
19.	Effects of pressure gradient on two-dimensional separated and reattached turbulent flows
20.	Gas-liquid-solid three-phase flows and particle detachment in turbulent flows and particle resuspension due to human walking
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