Hybrid model for the analysis of the modal properties of a ball screw vibration system

Keyphrases

• Hybrid Model 100%
• Modal Properties 100%
• Ball Screw 100%
• Vibration System 100%
• Bending Vibration 100%
• Transverse Vibration 100%
• Feed System 100%
• Vibration Characteristics 66%
• Torsional Vibration 66%
• Timoshenko Beam 66%
• Axial Vibration 66%
• Lumped Mass 33%
• Numerical Simulation 33%
• Dynamic Behavior 33%
• Modeling Approach 33%
• Realistic Scenario 33%
• Modal Shape 33%
• Machine Vibration 33%
• Coupled Vibration 33%
• Ball Screw System 33%
• Frequency Response 33%
• Natural Frequency 33%
• Controller Design 33%
• Vibration Model 33%
• Carriage Systems 33%
• Hybrid Modeling 33%
• Ritz Series 33%
• Continuous Body 33%
• Axial Bending 33%
• Ball Screw Feed System 33%
• Axial Torsion 33%
• Time Series Methods 33%
• Rayleigh-Ritz 33%
• Machining Monitoring 33%
• Natural Modal 33%
• Vibration Controller 33%
• Lead Screw 33%
• Vibration Displacement 33%

Engineering

• Hybrid Model 100%
• Bending Vibration 100%
• Vibration Characteristics 66%
• Torsional Vibration 66%
• Lumped Mass 33%
• Resonant Frequency 33%
• Dynamic Behavior 33%
• Axial Vibration 33%
• Real Situation 33%
• Frequency Response 33%
• Controller Design 33%
• Lead Screws 33%