Numerical Simulation of Piston Ring Lubrication

Engineering

• Computer Simulation 100%
• Piston Ring 100%
• Free Surface 30%
• Numerical Model 20%
• Reynolds' Equation 20%
• Models 20%
• Density 20%
• Cavitation 20%
• Least Square 10%
• Numerical Method 10%
• Viscosity 10%
• Integration Time 10%
• Velocity Component 10%
• Gas-Phase 10%
• Square Method 10%
• Kutta Method 10%
• Computational Domain 10%
• Tension Surface 10%
• Contact Point 10%
• Navier-Stokes Equation 10%
• Intersects 10%
• Confined Geometry 10%
• Primitive Variable 10%
• Running Condition 10%
• Nonslip Condition 10%
• Flooding Condition 10%
• Zeros 10%
• Oil 10%
• Simulation 10%
• Codes 10%

Physics

• Lubrication 100%
• Simulation 100%
• Solid State 30%
• Vapor Phase 20%
• Numerical Model 20%
• Reynolds Equation 20%
• Model 20%
• Geometry 20%
• Speed 20%
• Domains 20%
• Liquid Phases 10%
• Viscosity 10%
• Mathematical Method 10%
• Lagrangian Function 10%
• Navier-Stokes Equation 10%
• Cavitation Flow 10%
• Least Squares Method 10%
• Shapes 10%
• Flooding 10%
• Pressure 10%
• Boundaries 10%
• Running 10%

Material Science

• Piston Rings 100%
• Lubrication 100%
• Solid 40%
• Surface 30%
• Velocity 30%
• Gas 20%
• Density 20%
• Cast 10%
• Solution 10%
• Film 10%
• Liquid 10%
• Bearing 10%
• Viscosity 10%
• Surface Tension 10%