Description
Volume is indexed by Thomson Reuters CPCI-S (WoS).Understanding the manner in which damage evolves in engineering materials, systems or structures is currently the focus of extensive research. The object of the present book is to report recent advances in the areas of damage detection, assessment and quantification.
All aspects of the topic are covered, ranging from detailed theoretical analyses to case studies of full-scale structures. Signal processing is still an important theme of the conference. However, some of the emphasis is now placed on damage mechanisms in materials. Also of vital importance, for structural health and condition monitoring, is the optimum choice of measurement strategy; including the specification of sensors.
Like the previous such conferences, the objective of the third DAMAS conference held in June 1999, in Dublin is to report upon recent advances in the areas of damage detection, assessment, and quantification in engineering materials. Coverage is broad in the 44 collected papers, from detailed theoretical analyses to case studies of full-scale structures. While signal processing is still an important theme, some of the emphasis has shifted to mechanisms of damage in materials as well as the optimum choice of measurement strategy for structural health and condition monitoring (including the specification of sensors). Replete with graphic representations of sensors, signal configurations, and simulation model results.
Chapter
Impact Damage Detection in Carbon Fibre Composites Using Neural Networks an Acoustic Emission
A Finite Element and Experimental Study of Punch and Bulge Testing
Visualisation and Dimension Reduction of Acoustic Emission Data for Damage Detection
Looking into the Crystal Ball: The Continued Need for Multiple Viewpoints in Damage Detection
Structural Integrity Analysis with Piezoelectric Patches
Development and Comparison of Low Profile Piezoelectric Sensors for Impact and Acoustic Emission (AE) Detection in CFRP Structures
Crack Detection in Metallic Structures Using Piezoceramic Sensors
Damage Detection in Vibrating Composite Panels Using Embedded Fibre Optic Sensors and Pulsed-DPSI
Damage Localization in Reinforced Concrete Structures by Using Damping Measurements
Structural Integrity of Welded Steel Structures
Mode and Transducer Selection for Long Range Lamb Wave Inspection
Acoustic Emission Source Location
Innovative Developments in Systems Condition Monitoring
Development and Application of an Experimental Procedure for Detection Damage in Gears
Adaptive Fusion Devices for Condition Monitoring: An Overview of the NEURAL-MAINE Project
Adaptive Fusion Devices for Condition Monitoring: Local Fusion Systems of the NEURAL-MAINE Project
Machine Level Diagnosis Tools for Condition Monitoring: Concentrator Units of the NEURAL-MAINE Project
Vibration-Based Damage Detection in Rotating Machinery
Using Transmissibility Data to Assess Structural Damage
Crack Detection in Asymmetric Rotors
Applications of the Multiple Damage Location Assurance Criterion
Towards a Nonlinear Identification Methodology for Mechanical Signature Analysis
Integrated Vehicle Health Management (IVHM) on Space Vehicles: A Space Shuttle Flight Experiment
Modelling of Vibrations and Prediction of Failure in Mine Hoisting Cables
Fault Diagnosis of a Class of AFC Mining Equipment
Tasks in Autonomous Manufacturing for Laser Beam Welding
Identification of Damage in Large Scale Structures by Means of Measured FRFs - Procedure and Application to the 140-Highway-Bridge -
Damage Detection on a Prestressed Concrete Bridge and RC Beams Using Dynamic System Identification
Modal Parameters Identification of Buildings Using ARX Models and Seismic Experimental Data
Damage Assessment in Steel Bridges
Crack Detection in Geometrically Segmented Beams
Cyclostationary and Bilinear Approaches for Gears Vibrating Signals
Modal Identification by Cross-Time-Frequency Estimators
Cross-Wavelet Analysis for Lamb Wave Damage Detection in Composite Materials Using Optical Fibres
Damage Location in Beams by Using Rigid-Body Constraints
Detecting Strain-Gauge Failures in Stress-Cycle Count Matrices
A Frequency Domain Approach for Fatigue Life Estimation from Finite Element Analysis
Bridge Dynamics Misinterpretations due to Low Spatial Resolution and Closeness of Frequencies
CVA-BR against ARMAV: Comparison over Real Data from an Ambient Noise Excited Bridge
Different Analysis Techniques Applied to Seismic Data from the 1997 Italian Earthquake
Damage Assessment of Structures
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