Computational analysis of flow field on cross-flow hydro turbines

Keyphrases

• Cross-flow 100%
• Computational Analysis 100%
• Nozzle 100%
• Hydro Turbine 100%
• Flow Field Analysis 100%
• Cross-flow Turbine 50%
• Flow Field 50%
• Computational Fluid Dynamics Modeling 50%
• Vortex 50%
• Reynolds Stress 50%
• Water Energy 33%
• Momentum Flux 33%
• Shear Wall 33%
• Turbulent Model 16%
• Reynolds number 16%
• Six Degrees of Freedom 16%
• Two Dimensional 16%
• Energy Loss 16%
• Friction 16%
• Upper Part 16%
• Flow Pattern 16%
• Energy Minimization 16%
• Velocity Magnitude 16%
• Velocity Profile 16%
• Lift Force 16%
• Nozzle Geometry 16%
• Turbulent Kinetic Energy 16%
• Turbulent Dissipation Rate 16%
• Turbulent Boundary Layers 16%
• Shear Stress Transport 16%
• Rotating Flows 16%
• Energy Profile 16%
• Air Phase 16%
• Eddy Viscosity 16%
• Direction-optimizing 16%
• Turbulent Shear Stress 16%
• Shear Distribution 16%
• Nozzle Shape 16%
• Optimum Geometry 16%
• Pressure-based Solver 16%
• Unsteady Simulation 16%
• Turbulent Energy Dissipation Rate 16%
• Boundary Layer Profile 16%

Engineering

• Energy Engineering 100%
• Flow Field 100%
• Computational Analysis 100%
• Vortex 75%
• Computational Fluid Dynamics 75%
• Flow Turbine 75%
• Dynamic Method 75%
• Turbulent Kinetic Energy 75%
• Momentum Flux 50%
• Reynolds Stress 50%
• Two Dimensional 25%
• Reynolds' Number 25%
• Energy Dissipation 25%
• Degree of Freedom 25%
• Velocity Profile 25%
• Lift Force 25%
• Dissipation Rate 25%
• Turbulent Boundary Layer 25%
• Energy Dissipation Rate 25%
• Rotational Flow 25%
• Wall Shear Stress 25%
• Reynolds-Stress Profile 25%
• Eddy Viscosity 25%
• Shear Walls 25%