turbulent drag reduction - Globe Thesis

Keyword [turbulent drag reduction] Result: 1 - 20 \| Page: 1 of 2
1.	Study On The Characteristics Of Isotropic Turbulence In Viscoelastic Fluid
2.	Study On Active Control Of Turbulence For Drag Reduction Based On Near-wall Coherent Structures
3.	Numerical Study Of Turbulent Drag Reduction Over Riblet Surface
4.	The Study On The Turbulent Field Synergy Model And Its Application To Drag Reduction
5.	Study On The Mechanism Of The Supercavitating Flow Influenced By Turubulent Drag-reducing Additives
6.	Large Eddy Simulation Of Forcing Homogeneous Isotropic Turbulence In Viscoelastic Fluid
7.	Direct Numerical Simulation On Turbulent Convective Heat Transfer Of Viscoelastic-fluid-based Nanofluids
8.	Electromagnetic Force Turbulent Drag Reduction Mechanism Of The Wall
9.	Study On The Turbulent Flowand Heat Transfer Characteristics Of Viscoelastic Fluid Based Nanofluid
10.	PIV Experimental Research Of Coherent Structures In Wall-bounded Turbulent Flow And Drag Reduction Mechanism By Superhydrophobic Surfaces
11.	Skin Friction Reduction Characteristics Of Flexible Non-smooth Surface
12.	RANS Simulation Of Dilute Polymer Solution Drag Reduction In Turbulent Pipe Flows
13.	Experimental Study On The Characteristics Of Two Oscillating Grid Turbulence With Viscoelastic Fluid
14.	Analytical Study On Characteristics And Stability Of Turbulent Drag Reduction Multistage Transition Based On Numerical Simulation Method
15.	Research On Turbulent Drag Reduction Characteristics Over Profiled Travelling Wave Surface Of Pipes
16.	Numerical Simulations for Turbulent Drag Reduction Using Liquid Infused Surface
17.	Turbulent drag reduction: Studies of feedback control and flow over riblets
18.	Experimental Investigation And Prediction Of Turbulent Drag Reduction Rate And Viscoelastic Stress Caused By Polymer Solution
19.	Experimental Study On Turbulent Drag Reduction And Shearing Characteristics Of The Mixed Solution Of Xanthan Gum And Polyacrylamide
20.	Numerical Simulation Of Turbulent Drag Reduction In Viscoelastic Fluids
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