Reducing Impact Loads at Railway Crossings Using Tuned Resilient Elements

Keyphrases

• Crossing Nose 50%
• Crossing Panel 50%
• Degradation Modes 50%
• Delay Cost 50%
• Difficult to Manage 50%
• Dynamic Impact Load 50%
• Dynamic Load 50%
• Fatigue Damage 50%
• Impact Load 100%
• In the Zone 50%
• Load Amplification 50%
• Load Cycle 50%
• Multibody Simulation 50%
• Plastic Deformation 50%
• Rail Damage 50%
• Railway Crossing 100%
• Railway Performance 50%
• Railway Turnout 50%
• Repeated Load 50%
• Resilient Elements 100%
• Second Derivative 50%
• Speed Increase 50%
• Substantial Reduction 50%
• Surface Design 50%
• Vehicle Speed 50%
• Wheel Rotation 50%
• Wheel-rail 50%

Engineering

• Dynamic Loads 33%
• Fatigue Damage 33%
• Impact Loads 100%
• Load Cycle 33%
• Multibody Dynamics 33%
• Plastic Deformation 33%
• Railway 100%