Topics in Modal Analysis, Volume 7

Replicating Aerodynamic Excitation in the Laboratory
- A Systematic Approach to Modal Testing of Nonlinear Structures
- Fiber Optics Sensing of Stressing and Fracture in Cylindrical Structures
- Real-time Damage Identification in Nonlinear Smart Structures Using Hyperchaotic Excitation and Stochastic Estimation
- Damage Detection Based on Electromechanical Impedance Principle and Principal Components
- Enhanced Modal Wavelet Analysis for Damage Detection in Beams
- Linear Projection Techniques in Damage Detection Under a Changing Environment
- Modal Reduction Based on Accurate Input-output Relation Preservation
- Improved Dynamic Flexibility Method for Structural Analysis
- Fast Precise Algorithm of Computing FRF by Considering Initial Response
- Development of Full Space System Model Modes from Expansion of Reduced Order Component Modal Information
- Damage Localization From the Image of Changes in Flexibility
- Evaluation of Pounding between Two SDOF Systems by using Link Element Based on Mathematic Relations and Suggestion of New Equation for Impact Damping Ratio
- Spectral Element Method for Cable Harnessed Structure
- Analytic Formula Derivation for a Rolling Tire With a Ring Model
- Nonlinear Identification of the Viscous Damping of the Resistor for Nuclear Plants
- Effect of Spin Speed on Stability Lobes in High Speed Machining
- Chatter Reduction in Turning by Using Piezoelectric Shunt Circuits
- Damage Quantification From the Column Space of Flexibility Changes
- State Estimate of Wind Turbine Blades Using Geometrically Exact Beam Theory
- Damage Index Matrix: a Novel Damage Identification Method Using Hilbert-huang Transformation
- An Approach to the Moving Load Problem for Multiple Cracked Beam
- Detection of Structural Damage through Nonlinear Identification by Using Modal Testing
- Vibration Fatigue Analysis of a Cantiliver Beam Using Different Fatigue Theories
- Automated Modal Analysis Based on Statistical Evaluation of Frequency Responses
- The Modal Observability Correlation as a Modal Correlation Metric
- A Modal Test Method Using Sound Pressure Transducers Based on Vibro-acoustic Reciprocity
- Reactionless Test to Identify Dynamic Young's Modulus and Damping of Isotropic Plastic Materials
- Real-Time Modal Analysis of Shell-Shaped Objects Using High-Frame-Rate Structured-Light-Based Vision
- Field and Numerical Testing of the BWE SChRs4600.50 Dynamic Behavior
- Modal Analysis of Rotating Carbon Nanotube Infused Composite Beams
- Modal Analysis and Dynamic Monitoring of a Concentrating Solar Heliostat
- Identification of Stability Cutting Parameters Using Laser Doppler Vibrometry
- System Identification Using Kalman Filters
- Identification of Time-varying Nonlinear Systems Using Differential Evolution Algorithm
- Experimental Verification and Improvement of Dynamic Characterization Method for Structural Joints
- Identification of High Speed Rotating Rotor Blades
- Transfer Functions to Measure Translational and Rotational Velocities with Continuous-Scan Laser Doppler Vibrometry
- Empirical Slow-flow Identification for Structural Health Monitoring and Damage Detection
- Continuous Scanning for Acoustic Field Characterization
- Operating Deflection Shapes of a Violin String via High Speed/High Resolution Videography
- Automated Measurement Grid Generation for Scanning Laser Doppler Vibrometers
- Mode Filtering of Continuous Scanning Laser Doppler Vibration Data
- The Characterization Of The Time Delay Problem In Hardware in the loop System Applications
- Optimal Placement of Piezoelectric Patches on a Cylindrical Shell for Active Vibration Control
- Adaptive Feedback Linearisation and Control of a Flexible Aircraft Wing
- Limit Cycle Assignment in Nonlinear Aeroelastic Systems Using Describing Functions and the Receptance Method
- Investigation of an Active Structural Acoustic Control System  on a Complex 3D Structure
- Development of A Stabilized Pan/Tilt Platform and The State of The Art
- Dynamic Equations for an Anisotropic Cylindrical Shell
- Expansion of Nonlinear System Response Using Linear Transformation Matrices From Reduced Component Model Representations
- Explicit Construction of Rods and Beams With Given Natural Frequencies