k-εturbulence model - Globe Thesis

Keyword [k-εturbulence model] Result: 1 - 20 \| Page: 1 of 1
1.	Numerical Simulation Of Turbulent Flows In The Cylinders Of Internal Combustion Engines
2.	Numerical Simulation Of Aerodynamic Analysis Of Ejection Seat
3.	Numerical Simulation Of Fluid Flow And Heat Transfer In Microchannel Heat-Sink
4.	Numerical Simulation Of Three Dimensional Flow And Its Application In Hydraulic Engineering
5.	The Numerical Simulation Of Flow Field In Water Cushion Pool Downstream The High Arch Dam
6.	Numerical Simulation And Performance Analysis Of Three-Dimensional Turbulent Flow In Francis Turbine
7.	Numerical Simulation On Free-surface Of Flow In No-pressureTunnel Under High Inlet Water Head
8.	Numerical Simulation And Optimization Research Of The Flow In The Water-Release Structures Of Jiudianxia Hydropower Station
9.	Numerical Simulation Of Turbulent Flow Of Energy Dissipater In Free Flow Tunnel
10.	Numerical Simulation Of Three Dimensional Turbulence In The Plunge Pool (Stilling Basin)
11.	Internal Low And Performance Study Of Three-Dimensional Turbulent Flow In High-head Francis Composite Runners
12.	The Experiment About Groin Flow Structure And The Application Research Of Wall Function In Turbulence Model
13.	Numerical Simulation Of The Flow Field And Cavitation Characteristics Of Two Spillways
14.	Numerical Simulation Of Energy Dissipator With Low-Head Flood Discharging Structure
15.	Numerical Simulation On Hydrodynamic Characteristics Of Bu-type Bifurcated Pipe In Pumped Storage Power Station
16.	Numerical Simulation And Application Of Frazil Ice Evolution In Diversion Channel In High Attitude And Cold Regions
17.	Study On Water Blocking Performance Of Cylindrical Bridge Piers In Mountain Rivers
18.	The Numerical Simulation Of Hydrodynamic Vertical Force Of Hydraulic Gate In Opening And Closing Process
19.	Numerical Research On Performance Of A Novel Type Plate Heat Exchanger With Dimples And/or Protrusions
20.	Study On Static Loading Characteristics Of Aerostatic Thrust Bearing Over Slit
<<First <Prev Next> Last>> Jump to