Influence of Unbalanced Sliding Conditions on the Pitting Load Carrying Capacity of Internal Gears

Keyphrases

• Load Capacity 100%
• Internal Gear 100%
• Sliding Condition 100%
• Pitch Point 66%
• Ring Gear 50%
• Contact Area 33%
• Gear Design 33%
• External Gear Machines 33%
• Specific Sliding 33%
• Calculation Method 16%
• Failure Mechanism 16%
• Reference Geometry 16%
• Gear Fault 16%
• Micropitting 16%
• Case Hardening 16%
• Flank Surface 16%
• Pitting Resistance 16%
• Induced Stress 16%
• Nitrides 16%
• Crack Direction 16%
• Tribological Effect 16%
• Lifetime Optimization 16%
• Capacity Reserve 16%
• Macropitting 16%
• Contact Sliding 16%
• Meshing 16%
• Bearing Capacity Evaluation 16%

Engineering

• Load Limits 100%
• Sliding Condition 100%
• Load Capacity 60%
• Ring Gear 60%
• Active Profile 60%
• Contact Area 40%
• External Gear 40%
• Experimental Investigation 20%
• Theoretical Investigation 20%
• Induced Stress 20%
• Pitting Resistance 20%
• Reference Geometry 20%
• Crack Direction 20%
• Tribological Effect 20%
• Capacity Reserve 20%
• Failure Mechanism 20%