Lubricant influence on gear efficiency

Keyphrases

• Lubricant 100%
• Gear Efficiency 100%
• Operating Conditions 66%
• Power Loss 66%
• Viscosity 66%
• Base Oil 66%
• Gear Lubricants 66%
• Oil Type 66%
• No-load 66%
• Frictional Properties 33%
• Friction 33%
• Sulfur 33%
• Correlation Factor 33%
• Energy Loss 33%
• Simple Correlation 33%
• Chemical Composition 33%
• Energy Saving 33%
• Gearbox 33%
• Efficiency Test 33%
• Expected Power 33%
• Gear Geometry 33%
• Frictional Behavior 33%
• Churning Losses 33%
• Power Loss Reduction 33%
• Boundary Lubrication Condition 33%
• Temperature Development 33%
• Boundary Lubrication Regime 33%
• Steady-state Temperature 33%
• Mixed Lubrication Regime 33%
• Additive Package 33%
• EHD Lubrication 33%
• Additive System 33%
• Splashing 33%
• Additive Forms 33%
• Base Additives 33%
• Phosphorus Additive 33%

Engineering

• Power Loss 100%
• Test Result 66%
• Boundary Lubrication 66%
• Fluid Viscosity 66%
• Frictional Property 33%
• Energy Dissipation 33%
• Gearbox 33%
• Energy Conservation 33%
• Loss Reduction 33%
• Test Method 33%
• Mean Value 33%
• Frictional Behavior 33%
• Mixed Lubrication 33%
• Lubrication Regime 33%
• State Temperature 33%