Numerical Investigation of Deep Surface Texture Performance Using a Finite Element Solution of the 2D Navier–Stokes Equations

Keyphrases

• Numerical Investigation 100%
• Surface Texture 100%
• Finite Element Solution 100%
• NavierStokes Equations 100%
• Load Capacity 66%
• Semi-elliptical 66%
• Finite Element Model 33%
• High-lift 33%
• Friction 33%
• Flow Pattern 33%
• Shear Stress 33%
• Superior Performance 33%
• Pressure Distribution 33%
• Decoupled Finite Element Method 33%
• Reynolds number 33%
• Lubrication 33%
• Friction Reduction 33%
• Friction Load 33%
• Manufacturing Defects 33%
• Length Ratio 33%
• Lubricating Film 33%
• Non-cavitating 33%
• Geometric Effect 33%
• Flow Shear 33%
• Stable Flow 33%
• Load Support 33%
• Manufacturing Deviations 33%
• Inclined Sidewall 33%
• Geometric Variations 33%
• Geometric Defects 33%
• Shallow Cavity 33%
• Rectangular Texture 33%
• Texture Geometry 33%
• Film Pressure 33%
• Hydrodynamic Performance 33%
• Edge Texture 33%
• Steep Gradient 33%
• Varying Operating Conditions 33%
• Deep Cavity 33%

Engineering

• Finite Element Solution 100%
• Textured Surface 100%
• Length Ratio 50%
• Limitations 50%
• Finite Element Modeling 50%
• Flow Distribution 50%
• Load Limits 50%
• Pressure Distribution 50%
• Side Wall 50%
• Reynolds' Number 50%
• Load Capacity 50%
• Lubricant Film 50%
• Hydrodynamic Performance 50%
• Nearest Approach 50%