Structural Health Monitoring 2003

From Diagnosis & Prognostics to Structural Health Management

Editor: Fu-Kuo Chang, Department of Aeronautics and Astronautics, Stanford University

ISBN13: 978-1-932078-20-6, 1-932078-20-7, September 2003, 1,552 pages, 6×9, Hardcover

  • 75 new and original technical presentations
  • Applications of structural health monitoring to civil engineering, buildings, bridges, aircraft, and machinery
  • Important new information on sensors, monitoring, prognosis, networking, and planning for safety and maintenance
  • Sponsored by the National Science Foundation, the U.S. Air Force Office of Scientific Research, and the Army Research Office

Preface

KEYNOTE PRESENTATIONS

CIVIL APPLICATION

  • Random Vibration Response Testing of PVDF Gages for Long-span Bridge Monitoring
  • Health Monitoring Framework for Bridges and Civil Infrastructure
  • Engineering Tools for Infrastructure Condition Forecasting
  • Evaluation of Corrosion Damage in Steel Reinforced Concrete
  • SHM System of a Riveted Steel Truss Bridge
  • Self-Diagnosis of Concrete Beams Reinforced with Hybrid CFRP Rods
  • Bootstrap Analysis of Long-Term Global and Local Deformation Measurements
  • Evaluating the Health of Composite Military Bridges
  • Encapsulation Techniques for FBGs and Smart Monitoring for Bridges with FBG Sensors
  • Monitoring the Operations, Security and SH of Major Long-Span Bridge Hyper-Systems
  • Fractal Interpolation Method for Entropy Analysis of Chaotic Structural Response Data
  • A Vision for Highway Bridges for the 21st Century
  • Homeland Security and Emergency Management at Metro Areas
  • Recent Installations of Real-Time SM Systems
  • Highly Multiplexed Fiber Optic Sensors for Civil Infrastructure Monitoring
  • In-Service Performance and Analytical Investigations of an FRP Superstructure
  • Embedding Fiber Optic Strain Sensors in FR Composites
  • Monitoring Bridge Decks Reinforced with FRP Bars
  • Development/Implementation of a Continuous Monitoring System on a Concrete Box Girder Bridge
  • NDE to Identify Structural Health of Prestressed Concrete Bridges

AIRCRAFT/SPACE APPLICATIONS

  • Benefits by the Application of SHM Systems on Civil Transport Aircraft
  • Multiplexing Technology for AE Monitoring of Aerospace Vehicles
  • Damage Detection on a Large Composite Structure
  • An Integrated Health Monitoring System for an Ageless Aerospace Vehicle
  • Direct Updating Techniques Applied to Damage Detection in Spacecraft Equipment Panel
  • Study of the Advanced Load and Usage Monitoring System Using Optical Glass Fiber for a Helicopter Rotor System
  • Maintenance Flexibility Through SHM: Examples on EADS Products
  • Intelligent and Integrated Health Management System (I2H) on Reusable Launch Vehicles
  • SHM of Composite Patch Repairs Using Two-Dimensional-Wavelet Maps

MODELING AND ANALYSIS

  • Triangulation Algorithm for Damage Location in Aeronautical Composite Structures
  • Mixed-Experimental-Numerical Method for Damage Identification Using Smart Piezoelectric Transducers
  • Localization and Sizing of Discontinuities Using Lamb-Waves
  • An Electric Potential-Based SHM Technique Using Neural Networks
  • A Wavelet Based Algorithm for Detecting Damage
  • Damage Detection in Reduced Order Models of Linear Structural Systems
  • Full Scale Laboratory Tests for the Improvement of Long Term Monitoring Systems
  • Numerical and Experimental Investigation of Lamb Wave Interaction with Discontinuities
  • Experimental Application of Optimized Lamb Wave Actuating/Sensing Patches for Health Monitoring of Composite Structures
  • The Role of Excitation in Attractor-Based SHM
  • SHM Using Time-Domain Residual Generator Technique
  • Nondestructive Identification of the Mechanical Response of Engineering Materials
  • Behavior Of Damaged Piezoelectric Sensors/Actuators by the Novel Special Finite Element
  • Observation on Environmental Variability of Modal Properties of a Cable-Stayed Bridge
  • Normalization of Modes in Operational Modal Analysis
  • Eight-Node EAS Solid-Shell Element Applied to Model Smart Structures with Distributed Piezoelectric Sensors/Actuators Including Debonding
  • Tracing the Behavior of a Bridge Using Time Series Modeling
  • Using Novel Sensors in SHM of Civil Infrastructure
  • Optimization of Time Domain Models Applied to SHM
  • Experimental Verification of Wavelet-Based Structural Damage Identification Method
  • Stiffness and Damage Identification with Model Reduction Technique
  • Neural Network Method Based on a New Damage Signature for On-Line SHM
  • Ball Bearing Early Fault Detection Using Wavelet Analysis
  • Damage Location Identification via Select Feedback Probing
  • Load Redistribution Due to Damage in a Large Moment Frame

DIAGNOSTICS

  • Wavelet Based Analysis for Detecting Delamination in Composite Plates
  • Uncertainty Quantification and Model Validation for Damage Prognosis
  • Physics Based Damage Modeling of Laminated Composite Plates
  • Sensing System Development for Damage Prognosis
  • Detection and Monitoring of Incipient Cracks
  • Damage Detection of Structures Based on Spectral Methods Using Piezoelectric Materials
  • A Tracking Technique For Parametric Identification of Nonlinear Structures
  • Detection of Fastener Preload Loss in a Hybrid Composite-to-Metal Bolted Joint
  • Structural Damage Characterization through Beamforming with Phased Arrays
  • Substructure Damage Detection by Principal Component Analysis
  • Multi-Objective Genetic Algorithm Methodology for Optimizing Sensor Layouts to Enhance Structural Damage Identification
  • Imaging of Multiple Damages in a Composite Plate by Prestack Reverse-Time Migration Technique
  • Extracting Instantaneous Phase Features for SHM
  • Damage Detection in Structural Components from Vibration and Wave Propagation Data
  • Characterization of Delamination in Using Damage Indices
  • Damage Identification of One-Dimensional Structures Based on Traveling Wave Transfer Functions
  • The Impact of Natural Frequency Variation on Damage Detection Guided-Wave SHM of Piping in Processing Plants
  • Is Temperature Measurement Essential in SHM?
  • Identification of Instantaneous Modal Parameters of Time-Varying Systems Using Wavelet Approach
  • Damage Detection and Localization by Statistical Comparison of Response Time Histories
  • Damages Monitoring in CFRP Laminated Composites Using Dynamic Measurements
  • Support Vector Machine Based Active Damage Detection Method
  • Remote Readiness Asset Prognostic and Diagnostic System Near-Term Applications
  • Damage Detection in Metallic Structures Using Laser Acousto-Ultrasonics
  • A Signal-Based Approach for the Identification of Nonlinear Structural Dynamic System
  • Multivariate Statistical Analysis of Monitoring Data for Large Constructed Facilities
  • Improved Identification Method of Impact Force Acting on CFRP Laminated Plates
  • Control of Damage Dependent Online Reliability Characteristics to Extend System Utilization
  • Advanced Health Monitoring and Damage Repair Technologies Using Shape Memory Alloys
  • Strain Gauge Capabilities in Crack Detection
  • Improving the Structural Testing of Wind Turbine Blades by Monitoring AE
  • Automated Notification of Structural Damage for Structural Health Management Using AE Detection
  • Embedded Microcontroller Based Networked Measurement and Analysis System with Strain Gages Tailored to Fatigue Crack Detection
  • Embedded Fibre Bragg Gratings for Damage Detection in Composites
  • Integrated Imaging Ultrasound SWISS

SYSTEM INTEGRATION

  • Installation of the Autonomous Structural Integrity Monitoring System
  • Health Monitoring of Sandwich Plates with Real Impact Damages Using PZT Devices
  • Integrated Sensing in Structural Composites
  • Real-Time Seismic Monitoring Needs of a Building Owner and the Solution
  • Prognostic System for Microstructural-Based Reliability
  • Evaluation of the Performances of the HELP-Layer® SHM System Using both DPSM Simulations and Experiments
  • TCP/IP Based Remote Measurement System for SHM of Civil Infrastructures
  • Remote Opto-Acoustic Sensors for Structural Integrity and Health Monitoring of Systems

SENSORS

  • NDE Technique Utilizing Embedded Thermal Fiber Optic Sensors
  • Extending Nanoscale Self-Assembly to Macroscopic Structural Materials
  • SHM Using Optical Fibre Strain Sensing Systems
  • Health Monitoring of Concrete Structures Using Embedded MEMS
  • Fatigue Monitoring and Adaptive Damage Tolerance Using Embedded Eddy-Current Sensor Arrays
  • Usage of Multi-Axis Fiber Grating Strain Sensors to Support NDE of Composite Parts and Adhesive Bond Lines
  • A Dual-Stiffness Sensor for Health Prognostics of Structures
  • Wireless Strain Sensor Based on Resonant RF Cavities
  • Self-Sensing of Impact Damage in Carbon FR Polymers by Means of Electrical Potential Changes
  • A New Method for the Multiplexing of Fiber Optic Bragg Sensor Arrays
  • Detection of Orientation and Predicted Performance of a MEMS Absolute Angle Measuring Gyroscope
  • An Active Fiber Continuous Sensor
  • Development of a High Sensitivity Accelerometer for the Mica Platform
  • New Designs of Fiber-Optical Sensors in SHM
  • High-Speed Swept-Laser Interrogation System for Vibration Monitoring
  • Opportunities for Magneto-Elastic Sensors for Corrosion Monitoring of Bridges
  • Comparative Characterization of Low-g Capacitive MEMS Accelerometers
  • Nanotechnology, MEMS and NEMS Based Complex Adaptive Smart Devices and Systems
  • NiTi-FR Concrete with Damage Monitoring Capability
  • A New Approach for Detecting Strain in FBG Sensor by a Silicon Based Etalon Filter
  • Identification of Stress Field Using Piezoelectric Patch as Actuators and Sensors
  • Monitoring Degradation Chemistries of Infrastructural Materials
  • A High Frequency Broadband Optic Fibre Sensor System for SHM
  • A Low-Cost Fiber Optic AE Sensor for Damage Detection in Engineering Composite Materials and Structure
  • Cracks and Delamination Detection in Composite Laminates using Embedded Fiber Optic Sensors
  • Application of Self-Diagnosis Materials to SHM for RC Slabs
  • Development of an Elastomeric Actuator Development of a New Fiber-Optic Acoustic/Vibration Sensor: Principle, Sensor Performance, Applicability to Health
  • Monitoring and Characteristic at Elevated Temperature

SENSOR NETWORK

  • Concepts and Development of Bio-Inspired Distributed Embedded Wired/Wireless Sensor Array Architectures for Acoustic Wave Sensing in Integrated Aerospace Vehicles
  • Development of an Inclinometer Chain for Wireless Data Acquisition
  • Power-Efficient Data Management for a Wireless SM System
  • Tuning the Frequency Band of a Wireless Sensor Network
  • Self Organizing Wireless Sensor Networks for SHM
  • An Enhanced Statistical Damage Detection Algorithm Using Time Series Analysis
  • Civil Structure Strain Monitoring with Power-Efficient, High-Speed Wireless Sensor Networks
  • Cure Monitoring Using Networks of Piezoceramic Transducers
  • Using Low-Cost Low-Power Wireless Sensor Devices to Monitor the Health of Structures
  • Implementation of a Low-Cost, Distributed, Absolute Time Reference in an Application Dedicated to Damage Detection
  • Robotic and Mobile Sensor Systems for SHM

SIGNAL PROCESSING

  • Improved Statistical Classifier for Identifying Signal Discontinuities Using Holder Exponents
  • Comparison of Short-Time Fourier Transform and Wavelet Transform of Transient and Tone Burst Wave Propagation Signals for SHM
  • A Kalman Filter Approach to the Detection of Structural Damage
  • Acoustic Chaos in Sonic Infrared Imaging of Cracks in Aerospace Components
  • An Artificial Central Nervous System for SHM of Orthotropic Materials
  • A Signal Processing and Interpretation Technique for Lamb Wave-Based Damage
  • Diagnosis Using Digital Damage Fingerprints Extracted from an Actuator/Sensor Network

SPECIAL APPLICATIONS

POSTER PAPERS

ISBN13: 978-1-932078-20-6, 1-932078-20-7, September 2003, 1,552 pages, 6×9, Hardcover

USD Price: $100.00

$100.00