Signal-based analysis of the dynamic behaviour of the system in inertia friction welding and its impact on part contact evolution

Keyphrases

• Angular Speed 33%
• Assembly Tolerance 33%
• Average Relative Error 33%
• Axisymmetry 33%
• Beam Dynamics 33%
• Circumferential Direction 33%
• Concentricity 33%
• Contact Evolution 100%
• Dynamic Behavior 100%
• Dynamic Compliance 33%
• Dynamic Representation 33%
• Equivalent Pressure 33%
• Geometric Accuracy 33%
• Headstock 66%
• Inertia Friction Welding 100%
• Inverse Approach 33%
• Load Components 66%
• Machine Assembly 33%
• Misalignment 33%
• Monitoring System 33%
• Near-net-shape 33%
• Non-axisymmetric Loading 33%
• Non-ideality 33%
• Physical Causes 33%
• Pressure Distribution 66%
• Processing Load 100%
• Radial Misalignment 33%
• Radial Runout 100%
• Signal Analysis 100%
• Spindle 33%
• Spindle Dynamics 33%
• Spindle System 33%
• Steel Weldments 33%
• System Compliance 33%
• Timoshenko Beam 33%
• Weld Interface 33%

Engineering

• Angular Speed 25%
• Assembly Machines 25%
• Axisymmetric 25%
• Circumferential Direction 25%
• Create Joint 25%
• Dynamic Behavior 100%
• Fits and Tolerances 25%
• Friction Welding 100%
• Good Agreement 25%
• Headstock 50%
• Monitoring System 25%
• Near Net Shape 25%
• Pressure Distribution 50%
• Relative Error 25%
• Runout 100%
• Welds 75%