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Non-Destructive Evaluation

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    • Imaging
      • Guided Wave Tomography
      • Full-Waveform Inversion of Guided-Wave Measurements
      • Super Resolution Array Imaging of Small Embedded Defects within Safety-Critical Components
      • Automating Defect Visibility Assessment in Radiographs and Sophisticated Film Noise Modelling
      • Archived Projects
        • Imaging beyond the Born Approximation
        • Sub-Wavelength Characterisation of Defects
        • Super resolution subsurface sensing
        • Integrated Ultrasonic Imaging for Inspection
        • Advanced ultrasonic array inspection
        • High resolution guided wave inspection
        • Guided wave tomography for thickness mapping
        • Radiography of Sub-sea Pipelines
        • Super resolution imaging of buried sites in Archaeology
        • Extraction of multi-dimensional information from ultrasound data
        • High resolution guided wave inspection
        • The use of digital image correlation in structural health monitoring
        • Fast ultrasonic imaging systems for optimisation of adhesive bonding in-process
        • Ultrasonic Imaging with Limited Data
        • Limited data CT of Turbine Blades
        • Automated Analysis of Image Based NDT Methods
        • Integrated Ultrasonic Imaging of Near-Surface Defects
    • Inspection and Monitoring
      • Guided Waves Interaction with Cracks of Complex Morphology
      • Permanently Installed Crack Monitoring
      • Guided Wave Permanently Installed Monitoring Systems on Complex Nuclear Components
      • Development of Methods for Monitoring of Fatigue Degradation in Steel Components
      • Potential Drop Monitoring Systems
      • Structural Health Monitoring of Fatigue Damage
      • Automated Defect Detection for Fluorescent Penetrant Inspection using Machine Learning
      • Structural Health Monitoring of Pipelines with Permanently Installed Guided Wave Sensors
      • Expected Amplitudes for the Scattering of Ultrasound by Rough Defects for Pulse-Echo and TOFD inspection
      • Improved Ultrasonic Flow Meter
      • High Accuracy Ultrasonic Monitoring of Metal Components
      • Archived Projects
        • Partial coverage inspection of engineering components
        • Inspection of Diffusion Bonds
        • Efficient numerical modelling of ultrasound reflection from cracks and corrosion
        • Enhanced ultrasonic inspection of inhomogenous steels
        • Numerical modelling tools for ultrasound scattering from complex defects
        • Development of ultrasonic inspection techniques for concrete
        • Fruit Ripeness Testing
        • Detection of cracks and corrosion using feature-guided waves
        • Efficient structural health monitoring using sparse distributed sensor array
        • High resolution guided wave inspection
        • High temperature inspection and monitoring
        • The long range inspection of pipework
        • Acoustic wave propagation in buried pipes
        • Environmental degradation of adhesive joints
        • Guided wave inspection of tendons in post-tensioned concrete and rock bolts in mines
        • Improving the visibility of biopsy needles under ultrasound guidance
        • Inspection of Rail
        • Large area inspection by guided waves
        • On-line measurement of the contents of pipelines using guided ultrasonic waves
        • Smart sensor based inspection of large thick walled structures
        • The propagation of energy in ultrasonic waves in anisotropic or curved plates
        • Wave propagation in curved bars
        • Improvements in EMAT Sensitivity
        • Microwave detection of corrosion under insulation
        • Improvements in potential drop defect sizing techniques
        • Development of the thermosonic method of NDT
        • Modelling for the characterisation of flaws and monitoring of materials
        • Online monitoring of fatigue in austenitic materials
        • Pulsed eddy current inspection
        • A cellular system for wireless structural integrity monitoring
        • Automation of the interpretation of TOFD results
        • Guided wave inspection in the power industry
        • Vibro acoustic modulation
        • Enhanced ultrasonic inspection of stainless steels
        • High temperature inspection
        • Vibro Enhancement of standard NDT methods
        • Improving the visibility of biopsy needles under ultrasound guidance
        • Development of a test for dental implants
        • Comparison of Methods for Detecting Corrosion at Pipe Supports and Other Features
        • Ultrasonic monitoring of highly textured materials
        • Reliable damage detection from monitoring data
        • EMATs for Structural Health Monitoring
        • High Accuracy Corrosion Monitoring
        • Defect Monitoring in Highly Scattering Materials with Baseline Subtraction
        • Modelling of elastic wave scattering from rough defects
        • Improved Guided wave inspection of buried and coated structures
        • Improvements in ultrasonic inspection techniques for high-density polyethylene pipe joints
        • Ultrasonic Inspection of Highly Scattering Materials
        • Development of FE techniques for the ultrasonic inspection of surface-breaking defects
        • Permanently Installed Monitoring Systems
        • Area Monitoring using Ultrasonic Guided Wave
        • Permanently Installed Guided Wave Monitoring
        • Electromagnetic NDE Techniques for Pipeline Inspection and Monitoring
        • Potential Drop Creep Monitoring
        • Development of an Internal Robotic Inspection System for Jet Engines
        • Inspection Robotics for In Situ use in Jet Engines
        • Measurement of Microstructural Damage in Cylindrical Components using Guided Waves
    • Materials Characterisation
      • Development of Non-Destructive Ultrasonic Detection Methods of Macrozones within Titanium Alloys
      • Ultrasonic Characterisation of Heavy Fuel Oil
      • ADVISE – Advanced Inspection of Complex Structures
      • Ultrasound Characterisation of Microstructure of Polycrystals
      • Measurement of Microstructural Damage in Cylindrical Components using Guided Waves
      • Archived Projects
        • Development of modelling tools for ultrasonic wave propagation
        • Characterisation of the acoustic properties of viscoelastic materials
        • 'Dipstick' sensors for material property measurement
        • Properties of attenuating ultrasonic waves
        • Modelling for the characterisation of flaws and monitoring of materials
        • Ultrasonic texture detection for hexagonal materials
        • Dispersive Wave Modelling Development
        • Improvements in Crystallographic Orientation Distribution Detection
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Archived Projects

Research

  • Imaging
    • Guided Wave Tomography
    • Full-Waveform Inversion of Guided-Wave Measurements
    • Super Resolution Array Imaging of Small Embedded Defects within Safety-Critical Components
    • Automating Defect Visibility Assessment in Radiographs and Sophisticated Film Noise Modelling
    • Archived Projects
      • Imaging beyond the Born Approximation
      • Sub-Wavelength Characterisation of Defects
      • Super resolution subsurface sensing
      • Integrated Ultrasonic Imaging for Inspection
      • Advanced ultrasonic array inspection
      • High resolution guided wave inspection
      • Guided wave tomography for thickness mapping
      • Radiography of Sub-sea Pipelines
      • Super resolution imaging of buried sites in Archaeology
      • Extraction of multi-dimensional information from ultrasound data
      • High resolution guided wave inspection
      • The use of digital image correlation in structural health monitoring
      • Fast ultrasonic imaging systems for optimisation of adhesive bonding in-process
      • Ultrasonic Imaging with Limited Data
      • Limited data CT of Turbine Blades
      • Automated Analysis of Image Based NDT Methods
      • Integrated Ultrasonic Imaging of Near-Surface Defects
  • Inspection and Monitoring
    • Guided Waves Interaction with Cracks of Complex Morphology
    • Permanently Installed Crack Monitoring
    • Guided Wave Permanently Installed Monitoring Systems on Complex Nuclear Components
    • Development of Methods for Monitoring of Fatigue Degradation in Steel Components
    • Potential Drop Monitoring Systems
    • Structural Health Monitoring of Fatigue Damage
    • Automated Defect Detection for Fluorescent Penetrant Inspection using Machine Learning
    • Structural Health Monitoring of Pipelines with Permanently Installed Guided Wave Sensors
    • Expected Amplitudes for the Scattering of Ultrasound by Rough Defects for Pulse-Echo and TOFD inspection
    • Improved Ultrasonic Flow Meter
    • High Accuracy Ultrasonic Monitoring of Metal Components
    • Archived Projects
      • Partial coverage inspection of engineering components
      • Inspection of Diffusion Bonds
      • Efficient numerical modelling of ultrasound reflection from cracks and corrosion
      • Enhanced ultrasonic inspection of inhomogenous steels
      • Numerical modelling tools for ultrasound scattering from complex defects
      • Development of ultrasonic inspection techniques for concrete
      • Fruit Ripeness Testing
      • Detection of cracks and corrosion using feature-guided waves
      • Efficient structural health monitoring using sparse distributed sensor array
      • High resolution guided wave inspection
      • High temperature inspection and monitoring
      • The long range inspection of pipework
      • Acoustic wave propagation in buried pipes
      • Environmental degradation of adhesive joints
      • Guided wave inspection of tendons in post-tensioned concrete and rock bolts in mines
      • Improving the visibility of biopsy needles under ultrasound guidance
      • Inspection of Rail
      • Large area inspection by guided waves
      • On-line measurement of the contents of pipelines using guided ultrasonic waves
      • Smart sensor based inspection of large thick walled structures
      • The propagation of energy in ultrasonic waves in anisotropic or curved plates
      • Wave propagation in curved bars
      • Improvements in EMAT Sensitivity
      • Microwave detection of corrosion under insulation
      • Improvements in potential drop defect sizing techniques
      • Development of the thermosonic method of NDT
      • Modelling for the characterisation of flaws and monitoring of materials
      • Online monitoring of fatigue in austenitic materials
      • Pulsed eddy current inspection
      • A cellular system for wireless structural integrity monitoring
      • Automation of the interpretation of TOFD results
      • Guided wave inspection in the power industry
      • Vibro acoustic modulation
      • Enhanced ultrasonic inspection of stainless steels
      • High temperature inspection
      • Vibro Enhancement of standard NDT methods
      • Improving the visibility of biopsy needles under ultrasound guidance
      • Development of a test for dental implants
      • Comparison of Methods for Detecting Corrosion at Pipe Supports and Other Features
      • Ultrasonic monitoring of highly textured materials
      • Reliable damage detection from monitoring data
      • EMATs for Structural Health Monitoring
      • High Accuracy Corrosion Monitoring
      • Defect Monitoring in Highly Scattering Materials with Baseline Subtraction
      • Modelling of elastic wave scattering from rough defects
      • Improved Guided wave inspection of buried and coated structures
      • Improvements in ultrasonic inspection techniques for high-density polyethylene pipe joints
      • Ultrasonic Inspection of Highly Scattering Materials
      • Development of FE techniques for the ultrasonic inspection of surface-breaking defects
      • Permanently Installed Monitoring Systems
      • Area Monitoring using Ultrasonic Guided Wave
      • Permanently Installed Guided Wave Monitoring
      • Electromagnetic NDE Techniques for Pipeline Inspection and Monitoring
      • Potential Drop Creep Monitoring
      • Development of an Internal Robotic Inspection System for Jet Engines
      • Inspection Robotics for In Situ use in Jet Engines
      • Measurement of Microstructural Damage in Cylindrical Components using Guided Waves
  • Materials Characterisation
    • Development of Non-Destructive Ultrasonic Detection Methods of Macrozones within Titanium Alloys
    • Ultrasonic Characterisation of Heavy Fuel Oil
    • ADVISE – Advanced Inspection of Complex Structures
    • Ultrasound Characterisation of Microstructure of Polycrystals
    • Measurement of Microstructural Damage in Cylindrical Components using Guided Waves
    • Archived Projects
      • Development of modelling tools for ultrasonic wave propagation
      • Characterisation of the acoustic properties of viscoelastic materials
      • 'Dipstick' sensors for material property measurement
      • Properties of attenuating ultrasonic waves
      • Modelling for the characterisation of flaws and monitoring of materials
      • Ultrasonic texture detection for hexagonal materials
      • Dispersive Wave Modelling Development
      • Improvements in Crystallographic Orientation Distribution Detection
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