Vibration transmission and energy flow analysis of L-shaped laminated composite structure based on a substructure method

Keyphrases

• Vibration Transmission 100%
• Vibration Energy 100%
• L-shaped 100%
• Energy Flow Analysis 100%
• Laminated Composite Structures 100%
• Substructure Method 100%
• Power Flow Analysis 66%
• Fiber Orientation 66%
• Substructure 66%
• Energy Transmission Path 66%
• Hybrid Method 33%
• Fiber Angle 33%
• Energy Sources 33%
• Power Flow Characteristics 33%
• Transmission Route 33%
• Transmission Potential 33%
• Energy Transmission 33%
• Analytical Approach 33%
• Vibration Power Flow 33%
• Energy Input 33%
• Power Flow Density 33%
• Vibration Energy Flow 33%
• Potential Position 33%
• Compatibility Conditions 33%
• Receptance 33%
• Transfer Path 33%
• Right Angle 33%
• Geometrical Compatibility 33%
• Energy Sink 33%
• Global Modes 33%
• Vibration Energy Transfer 33%
• Force Balance 33%

Engineering

• Flow Analysis 100%
• Transmissions 100%
• Power Flow 100%
• Energy Flow 100%
• Laminated Composite Structure 100%
• Energy Transmission 75%
• Fiber Orientation 50%
• Energy Engineering 25%
• Illustrates 25%
• Hybrid Approach 25%
• Numerical Approach 25%
• Energy Source 25%
• Flow Characteristics 25%
• Analytical Approach 25%
• Energy Input 25%
• Global Mode 25%
• Force Balance 25%