COMPARISON OF MODAL AND NON-MODAL MODEL REDUCTION APPROACHES FROM A MECHANICAL APPLICATION ENGINEER’S PERSPECTIVE

Keyphrases

• Modal 100%
• Model Order Reduction 100%
• Model Reduction 100%
• Non-modal 100%
• Modal Model 100%
• Mechanical Applications 100%
• Mode Based 66%
• Degrees of Freedom 66%
• Component Mode Synthesis 66%
• Industrial Use 33%
• Finite Element Model 33%
• Numerical Examples 33%
• Multibody Dynamic System 33%
• Multibody Simulation 33%
• Equation Set 33%
• Stress Recovery 33%
• Full System 33%
• Finite Structures 33%
• Black Box 33%
• Varying Boundary Conditions 33%
• Balanced Truncation 33%
• System Response 33%
• Metallic Structure 33%
• Vibration Mode 33%
• Reduced Model 33%
• Control Engineering 33%
• Moment Matching 33%
• Box Behavior 33%
• Static Stress 33%

Engineering

• Model Reduction 100%
• Limitations 33%
• Degree of Freedom 33%
• Finite Element Modeling 16%
• Numerical Example 16%
• Multibody Dynamics 16%
• Recovery Stress 16%
• Black Box 16%
• System Response 16%
• Metallic Structure 16%
• Balanced Truncation 16%
• Finite Element Analysis 16%
• Vibration Mode 16%
• Boundary Condition 16%

Material Science

• Finite Element Modeling 100%
• Multibody Dynamics 100%