Structural Health Monitoring 2010

Preface

KEYNOTE PRESENTATIONS

• Architecture, Civil Engineering and Construction: Any Change Since the Egyptians
• Structural Health Monitoring for Civil Infrastructure Systems: From Research to Application
• Structural Health Monitoring by Optical Fibre Distributed Sensing
• Ongoing Applications of EEW and SHM at the University of Naples Federico II
• Applications of Modern FOS Techniques in High Energy Article Physic Detectors for the LHC at CERN

AEROSPACE, AIRCRAFT, ROTORCRAFT AND LAUNCH SYSTEMS

• Thermal Buckling Analysis of Piezoelectric Composite Plates Using the Finite Layer Method
• Modelling and Optimisation of Maintenance Intervals to Realize Structural Health Monitoring Applications on Aircraft
• Health Monitoring of the Helicopter Main Rotor Blades with the Structure Integrated Sensors
• Damage Detection of the Adhesive Layer of Skin Double Specimens Using SHM System Based on Fibre Bragg Gratings
• Fully Integrated Miniature Fiber Bragg Grating Sensor Interrogator (FBG Transceiver ) System for Applications Where Size, Weight, and Power are Critical for Operation
• Intelligent Identification of Rotorcraft Flight Regimes using Rule set based Algorithms and Artificial Neural Network
• Ultrasonic Guided Wave Inspection in a Plate Structure by Magnetostrictive Transducer
• Tracking the Development of Structural Bonding in Composite Repairs during Curing
• Blade Recorder Microsystem Design and Validation for Aeronautical Structural Health Monitoring
• A Wing for Small Aircraft Application with an Array of Fibre Bragg Grating Sensors
• Fiber-Optic-Based Hierarchical Sensing System for Detecting Impact Damage in Large-Scale Aerospace CFRP Structure
• Detection of Delamination in Composites Using Embedded Electrical Grid and Thermovision
• Feasibility Study on Wireless Impact Damage Assessment System For Thick Aeronautical Composites
• Monitoring of Bolted Joints Using Piezoelectric Active-sensing for Aerospace Applications
• Analytical Modelling For Active Rosette Piezotransducers Evaluation
• Bayesian Sensitivity Analysis of Flight Parameters in the Development of a Hard Landing Indication System
• Automated Damage Detection System for Hot Spot Monitoring Using Imaging Ultrasonic System Technology and Its Interface To a Integrated Health Monitoring System
• Full-Field Damage Detection System for Composite Structures Using Pulse-Laser Generated Lamb Waves
• Active Piezoelectric System using PCA
• Practical Application Study of an Impact Damage Detection System for an Airframe Composite Structure
• Guidance Update on Using SHM for Continued Airworthiness of Aero Structures
• The Strain Dependence on the Lamb Wave Sensing System Using FBG Sensor and PZT Actuator
• Nonlinear Wave SHM Method for Damage Detection in Composites Using an Active Piezoceramic Sensor
• Meta-Data Mining for Optimized Aircraft Repair and Overhaul

CIVIL AND POWER PLANT STRUCTURES

• Leakage Detection in Pipelines Using Ensemble Empirical Mode Decomposition
• Experiences of Structural Health Monitoring in Operational Conditions
• Large-scale WSN Installation for Pervasive Monitoring of Civil Infrastructure in London
• A New Real-Time Modal Identification Software
• Recent Development of Patch-Type Magnetostrictive Transducers For Ultrasonic Guided Wave Inspection of Pipes
• Assessment of a Tall Building with Active and Passive Vibration Control Devices
• Dynamic Analysis of Steel Truss Bridges with Uncertain Parameters—ASABRA’s Iron Bridge Case
• On The Relevance and Methods for Structural Health Monitoring In Seismic Areas: Theory, Implementation, Applications
• Damage Detection in a Masonry Arch Bridge Model Using Outlier Analysis
• Stress Monitoring by Ultrasonic Guided Waves in Prestressing Tendons for Post-Tensioned Concrete Structures
• Utilization of Seismic Response Measurement for Damage Detection and Capacity Estimation of Bridges
• Determination of Concrete Bridge Ageing by Structural Health Monitoring
• Tunnel Structural Health Monitoring with Brillouin Optical Fiber Distributed Sensing
• Determination of Stay Cable Force Based on Multiple Vibration Measurements to Consider the Effects of Uncertain Boundary Constraints
• Detection and Location of Cracks in Complex Steel Structures with Lamb Wave Beam-Forming
• Optimization of Life-Cycle Maintenance Strategies under Uncertainties: Role of Structural Health Monitoring
• Evaluation Method of Dynamic Properties of Structures by Implementation for Structural Health Monitoring
• Early-Age Concrete Strength Monitoring Using Embedded Smart Aggregates as Sensors

LAND/MARINE VEHICLES AND STRUCTURES

• Vibration-Based Health Monitoring for Offshore Wind Energy Plants
• SHM of Wind Turbine Blades using Piezoelectric Active-Sensors
• Using Transmissibility for Damage Detection and Quantification
• Measurement and Calculation Errors Estimation and Damage Detection Possibility Analysis for SHM System of Offshore Structure
• The Effects of Crack Size on Crack Identification in a Freely Vibrating Plate Using Bayesian Parameter Estimation

IMPLEMENTATION/VALIDATION FOR STRUCTURAL HEALTH MONITORING

• Non-Contact Structural Health Monitoring Technique By Means of Acoustics Sources and Laser Vibrometer System
• Spectral Analysis and Semi-Analytical Finite Element Method for Lamb Wave Simulation
• Assessment of Damage in a RC Flat-Slab Subjected to Earthquake Loads in a Shake Table through AE Monitoring
• Dynamic Identification and Structural Health Monitoring of a Twin Deck Curved Cable-Stayed Footbridge: The “Ponte del Mare” of Pescarain Italy
• Analysis of Advanced Feature Selection within the Damage Identification Framework
• In Flight Structural Loads Monitoring of an Unmanned Air Vehicle
• Sensor Network for Non Destructive Control of Aeronautics Structures: Piezo or Accelerometer Diagnosis?
• Wireless Electro-Mechanical Impedance Monitoring System for Aircraft Landing Gears
• On Sensor Placement for Impact Location: Optimisation Under the Effect of Uncertainties
• Structural Integrity Monitoring of Wind Turbine Composite Blades With the Use of NDE and SHM Approach
• A Bayesian Experimental Design Approach to Structural Health Monitoring
• Influence of Fatigue Loads and Temperature on the Response of FBGS Embedded in Composite Material for Aerospace Applications
• Novelty Detection in the Uniovi Benchmark
• Using Impact Modulation to Identify Loose Bolts in a Satellite Structure
• Sensor Development and Degradation Effects for Acousto Ultrasonic Applications Using FEM Simulations
• Evaluation of Structural Damage Using Correlative Sensor Array (CSA)
• Development of a Vision-based Real-time Displacement Measurement System for Guangzhou New TV Tower
• Impedance Based Damage Diagnosis of a Complex Composite Aircraft Wing under Changing Loading and Temperature Conditions
• On-Board Spectral Analysis System (OBSAS)
• Fatigue Assessment of an Exhaust System Using Antiresonance Frequencies
• An Implementation of a System for Structural Health Monitoring with Smart Sensor Nodes Based On the Random Decrement Method
• In-Situ Characterization of Carbon Reinforced Epoxy Using Fibre-Optic Sensor and Transverse Electrical Resistance
• Lamb Waves Propagation for Low Velocity Impact Damages Analysis in Carbon Fibers Reinforced Plates: Experimental and Numerical Experiences
• Vibration Based Structural Health Monitoring of a Composite Plate Structure with Multiple Stiffeners
• Wavelet-based Finite Element Method for Modeling Wave Propagation in Delaminated Composite Rings
• SHM Applications: Detection and Tracking of Damage in a Wing Attachment Fitting
• Vibration and Ultrasonic Based Methodologies for Damage Detection
• Optical Measurement Techniques for use of Defect Detection in Thin Walled Structures
• Spectral Element Modelling of Wave Propagation in Isotropic and Anisotropic Flat Shell-Structures Including Delamination and Debonding
• Validation of Acoustic Emission on Demand Algorithm for Impact Damage Quantification on Large Aircraft Panels By Environmental and Flight Testing
• The Health Monitoring System of an Isolated Religious Building In Italy
• Experimental Analysis of Vibro-Acoustic Modulations in Nonlinear Acoustics Used for Fatigue Crack Detection
• Comparative Study of Image-Based Impact Damage Detection in Composite Materials
• Identification of Corrosion Damage in Submerged Structures Using Anti-symmetric Lamb Wave Mode
• Notch Case Monitoring By Means of Ultrasonic Guided Waves In Steel Structures
• Measurement Fusion for Component Estimation of Long-Term Monitoring Signal of In-Service Strain
• Damage Detection of Layered Structures Using Surface Acoustic Waves
• Impact and Post-impact Behaviour of Layered Composites
• IRT and Ultrasonic Inspection of Layered Composites Damaged By Low Velocity Impact
• Structural Health Monitoring of Bolted Joints Using Linear and Nonlinear Acoustic Methods
• Damage Detection in Beam-like Structures by Using the PCA-Method

SENSING NETWORKS, AUTONOMOUS SYSTEMS

• Failure Detection by a Fiber Optic Low Coherence Interferometric Sensor
• Shape Sensing of Three-Dimensional Frame Structures Using the Inverse Finite Element Method
• Debonding Assessment in Sandwich CF/EP Composite Beams Using Surface Mounted PZT Transducers
• Multipoint Fiber Optic Sensor Network for Detection of Oxygen Leaks in Aircraft Fuel Tanks and Cryogenic Fuel Tanks and Pipeline Delivery Systems
• Piezoelectric Sensor Networks for Structural and Health Monitoring of Multi-Storey Frame Structures: Numerical and Experimental Verification
• Morph: Cognitive Clustering for Wireless Sensor Networks using Smart Materials
• Weigh in Motion Using Fiber Bragg Grating Sensors: An Industrial Case in Italy
• Low-velocity Impact Monitoring Using a High Speed Strain FBG Interrogator
• Wireless Transmission System Dedicated to SHM of Railway Infrastructure
• Towards Implementation of Reconfigurable Robotic Strategies for Structural Health Monitoring
• Reliable Wireless Sensor Networks for Infrastructure Monitoring
• Vibrational Power Harvesting for Wireless PZT-based SHM Applications
• Practical SHM Platform Using Smart Sensors
• Damage Localization Algorithms in Isotropic and Anisotropic Composite Materials Using Fiber Bragg Gratings
• Improving Wireless Sensor Behavior By Means of Generic Strategies
• Comparison of Distributed and Concentrated Networks of Piezoelectric Transducers
• A High Precision GPS Receiver toward the Introduction of LPS in Structural Mechanics
• Energy Harvesting Wireless Sensor Networks for Embedded Structural Health Monitoring

SENSORS AND ACTUATORS DEVELOPMENTS

• Multipoint Dynamically Reconfigure Adaptive Distributed Fiber Optic Acoustic Emission Sensor (FAESense) System for Condition Based Maintenance
• Compensation for Temperature and Static Strain in Lamb Wave Propagation
• Piezoelectric Wafer Active Sensors for Structural Health Monitoring–Recent Developments
• Unpowered Wireless Transmission of Ultrasound Signals
• Single-Longitudinal-Mode Fiber Bragg Grating Ring Laser for Real-Time Strain Monitoring
• Forced Vibration Responses of a Rotor System with a Magnetic Shape Memory Actuator
• Fibre Bragg Grating Sensors Applications for Damage Detection and Localisation in Isotropic Structures
• Identification of Natural Frequencies of a Cantilever Beam by Stimulated Brillouin Scattering
• Feasibility of Embedding Piezoelectric Ceramics for Structural Health Monitoring
• Finite Element Modelling for Fault Detection in Medical Ultrasonic Transducers
• Continuous AE Measurement Using an FBG Sensor during a Pressure Test of a CFRP Pressure Vessel
• Angle-Resolved Study of Lamb Wave Generation and Experimental Investigation of Wave Attenuation by Laser Vibrometry
• Use of Mems-Based Sensors for Local Damage Detection and Monitoring

SIGNAL PROCESSING, MONITORING, DIAGNOSTICS

• Output-Only Damage Detection in a Composite Beam under Varying Temperatures via Vector Stochastic Models
• Impact and Damage Localization on Carbon-Fibre-Reinforced Plastic Plates
• Dynamic Deformations Monitoring Of Composites Subjected to Ballistic Impact by Fiber Bragg Grating Sensors
• On the Use of Dynamic Strains and Curvatures for Vibration Based Damage Localization
• Enhanced Pulsed Stimulated Thermography for Final Inspection Process of Smart Repair Patches for Aerospace Structures
• Modeling of Guided Wave Propagation and Detection of Disbonds In a Honeycomb Composite Sandwich Structure
• Monitoring of Omega-Stringer Stiffened CFRP Structures by Acousto Ultrasonics
• Fatigue Testing of a Smart Composite Patch
• Identification of Dynamic Parameters of Stay Cables Using Commercial Camcorder
• An Approach to Nonlinear Cointegration with a View Towards SHM
• Complexity: A New Axiom for Structural Health Monitoring?
• Autoregressive Modeling with State-Space Embedding Vectors for Damage Detection under Operational and Environmental Variability
• Vibration Based Damage Localization Using Multi-Scale Filters and Large Strain Sensor Networks
• Mems-Based Sensing for Health Monitoring of Buildings
• Probabilistic Proper Orthogonal Decomposition
• Substructure Isolation and Identification Using FFT of Measured Local Responses
• Dynamic Performance Estimation of Tall Buildings Based On Wavelet Analysis and Output Only Identification
• Model-Free Damage Identification of Skeletal Structures
• Determination of Lamb Wave Dispersion
• Comparison of Two Baseline-Free Damage Detection Techniques Based on Lamb Waves Propagation Phenomena
• Energy-Efficient SHM in Wireless Sensor Networks by Damage Detection from Short Time Series
• Structural Monitoring and Damage Detection on CFRP Specimens by Using Broadband Acousto Ultrasonic and Electromechanical Impedance Measures
• Condition Based Monitoring of Small Wind Turbine
• Fault Identification in an Electro-Hydraulic Actuator and Experimental Validation of Prognosis Based Life Extending Control
• Imaging of Damage Position in Structural Elements
• An Application of Electro-Mechanical Impedance for Damage Detection in Mechanical Systems
• Numerical Tests of a Damage Detection Procedure Based on Modal Filtration
• VDM-Based Identification of Localized, Damage Induced Damping
• Online Reconstruction of Concentrated and Continuously Distributed Force Using a Robust Observer Technique
• An Updating Procedure for Monitoring Laminates of FRP-Strengthened Beams
• Vision Based Vibration and Deformation Measurements in Civil Structures
• Advanced Beamforming of 2D Arrays for Structural Health Monitoring Using Lamb Waves
• On The Application of Digital Signal Processing Techniques and Statistical Analysis for the Localization of Acoustic Emissions
• System Identification Toward FEM Updating of a Super High-Rise Building
• Propagation of Guided Elastic Waves in Shell–Type Aircraft Structural Elements
• Fast Identification of Loads and Damages Using a Limited Number Of Sensors
• A Probability-Based Diagnostic Imaging Approach Using an Active Sensor Network Based on Hybrid Pulse-echo and Pitch-catch Configurations
• A Combined Eigenfrequencies-Eigenvectors Curvatures Technique for Damage Detection
• A New Wavelet Based Algorithm for Impact Identification and Group Velocity Determination in Composite Structures

VIBRATION-BASED STRUCTURAL IDENTIFICATION AND DAMAGE DETECTION

• A Probabilistic Assessment of the Resolution in the Vibration-Based Damage Identification of a Seven-Story Reinforced Concrete Test Structure
• Structural Damage Identification Using a Bayesian Model Selection Framework
• Health Monitoring of Metsovo Bridge Using Ambient Vibrations
• Hybrid (Numerical-Experimental) Modeling of an Experimental Vehicle Model with Linear and Nonlinear Components
• Influence of Concentrated Cracks on Framed Structures by Means of the Dynamic Stiffness Method
• Damage Detection from Correlations in Kalman Filter Innovations: Difficulties from Variability in the Noise Statistics
• Vibration Based Health Monitoring for a Thin Aluminum Plate: Experimental Assessment of Several Statistical Time Series Methods
• Experimental Investigation Toward an SMA Retrofitting Application
• Damage Detection in a RC Bridge Based on Dynamic Measurements

HEALTH MONITORING FOR CIVIL STRUCTURES

• Non-Linearity Detection in a Masonry Arch Bridge Model Subject to Artificial Settlements
• Piezo Paint Acoustic Emission Sensor and Its Application to Online Structural Health Prognosis
• An Identification Algorithm for the Absolute Axial Force of a Beam Member with Uncertain Boundary Conditions
• Development of Vibration Character Sensors
• Wireless Sensor Networks for Seismic Evaluation of Concrete Buildings
• A Case Against Use of the Zero Order Hold in Identification
• Structural Damage Localization for Truss Structures Robust Against Time Synchronization Errors in a Wireless Sensor Network
• Application of Online NDT Techniques to Decommissioned Bridge Testing
• Vehicle Tracking Using Mobile Wireless Sensor Networks During Dynamic Load Testing of Highway Bridges
• A Real-Time Multi-Channel Wireless Sensing System for Analog Cable Replacement Application
• Cable Stress Monitoring for a Cable Stayed Bridge

ULTRASONIC GUIDED WAVE PROPAGATION FOR SHM OF ENGINEERING STRUCTURES

• Characterization of Guided-wave Attenuation in Composite Plates
• Local Damage Detection Process for Aging Steel Bridge Joints
• Ultrasonic Crack Monitoring at High Temperatures Using SH Waves (>500°C)
• Damage Detection in a Real Complex Structure with a Guided Wave SHM Sparse Array System—Performance and Artefact Suppression
• Monitoring of a Wind Turbine Rotor Blade with Acousto Ultrasonics and Acoustic Emission Techniques During a Full Scale Fatigue Test
• Ultrasonic Guided Waves in Continuously Welded Rails for Buckling Prediction
• Ultrasonic Guided Waves SHM for Sign Support Structure
• Beamforming of Wavefield Data after Frequency-Wavenumber Filtering for Damage Detection
• Two-Dimensional Periodic Arrays for Structural Health Monitoring: Theory and Experiments
• Analysing Guided Wave Propagation with Ultrasonic Imaging Methods for the Optimisation of a Helicopter Tail Boom SHM System
• Effects of Applied Loads and Temperature Variations on Ultrasonic Guided Waves

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INDUSTRIAL SMART MATERIAL APPLICATIONS (ISMA)

• Sensor-Embedded Textiles for the Reinforcement, Dynamic Characterisation, and Structural Health Monitoring of Masonry Structures
• Miniature Fiber-Optic MOMS Piezometer
• Laboratory and Field Comparison of Long-gauge Strain Sensing Technologies
• Development and Testing of Uni-Directional Sensor-Embedded Reinforcing Textiles for Masonry Applications
• Geotechnical Monitoring of Construction Activities by Distributed Fiber Optic Sensors Embedded in Geotextiles
• Static Deformation Measurements with Fiber-Optic Sensors: A Long-Term Monitoring Experiment on R.C. Beams
• Frequency Characteristic Evaluation of FBG Sensor Using a Hopkinson’s Bar
• Health Monitoring of a Railway Bridge by Fiber Optic Sensor (SOFO)
• Carbon Nanosensors for Health Monitoring of PZT Bondline During Curing and Its In-Service Life

ISMA THEMATIC SESSION: HOT SPOT APPLICATIONS FOR STRUCTURAL HEALTH MONITORING

• A Wavefield Imaging Technique for Delamination Detection In Composite Structures
• Interaction of Elastic Waves with Corrosion Damage
• Interaction of Lamb Waves with Structural Features of an Aircraft Fuselage
• Lamb Wave Decomposition Using Amplitude Matching with Concentric Circular PZT Transducers
• Design Framework Validation for a Hot Spot on Complex Aircraft Structures
• Damage Detection in a Bonded Composite Wing
• Rotorcraft’s Hot Spot Monitoring Using Distributed Smart Patch System
• Complex Aircraft Structures Inspection Based on Anomalous Wave Propagation Imaging Method

Author Index