Cable Force Prediction Technique Using Subspace and Effective Vibration Length Method

Engineering

• Measuring Device 100%
• Least Square 100%
• Non-Destructive Testing 100%
• Length Method 100%
• Eigenvector 100%
• Tension Force 100%
• Frequency Method 100%
• Internal Force 100%
• Supporting System 100%
• Effective Length 100%
• Bridge Cables 100%
• Square Approximation 100%
• Cable Tension 100%
• Rotational Stiffness 100%
• Cable Structure 100%

Keyphrases

• Prediction Method 100%
• Cable 100%
• Cable Force Measurement 100%
• Effective Vibration Length 100%
• Measuring Instrument 33%
• Non-destructive Testing 33%
• Building Bridges 33%
• Tension Force 33%
• Least Squares Approximation 33%
• Dynamical Systems 33%
• Eigenvector 33%
• Covariance 33%
• Effective Length 33%
• Internal Force 33%
• Testing Procedures 33%
• Bridge Cable 33%
• Cable Force 33%
• Long-span Bridge 33%
• Cable Structures 33%
• Cable Tension 33%
• SSI-COV 33%
• System Properties 33%
• Overall Process 33%
• Vibration Measuring 33%
• Stochastic Subspace Identification 33%
• Two-frequency Method 33%
• Structural Parts 33%
• Rotational Stiffness 33%
• Real Structure 33%