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Nondestructive testing of rails using nonlinear Rayleigh waves

Proceedings of the Institution of Mechanical Engineers. Part C, Journal of mechanical engineering science, 2022-08, Vol.236 (15), p.8527-8541

2022

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Localization of Damages in Plain And Riveted Aluminium Specimens using Lamb Waves

The International Journal of Acoustics and Vibration, 2019-03, Vol.24 (No 1), p.150-165

2019

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Feasibility of using a 3D laser-based transduction system for monitoring the integrity of I-beams using Rayleigh waves

AIP Conference Proceedings, 2019, Vol.2102 (1)

2019

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Theoretical and experimental evaluation of the health status of a 1018 steel I-beam using nonlinear Rayleigh waves: Application to evaluating localized plastic damage due to impact loading

Ultrasonics, 2020-12, Vol.108, p.106036-106036, Article 106036

2020

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Lamb Wave Based Experimental and Finite Element Simulation Studies for Damage Detection in an Aluminium and a Composite Plate using Geodesic Algorithm

International journal of acoustics and vibration, 2017-12, Vol.22 (4)

2017

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Evaluation of inherent and dislocation induced material nonlinearity in metallic plates using Lamb waves

Applied acoustics, 2018-07, Vol.136, p.76-85

2018

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Analyzing the features of material nonlinearity evaluation in a rectangular aluminum beam using Rayleigh waves: theoretical and experimental study

Journal of physics communications, 2019-05, Vol.3 (5), p.55002

2019

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Design of an innovative and self-adaptive-smart algorithm to investigate the structural integrity of a rail track using Rayleigh waves emitted and sensed by a fully non-contact laser transduction system

Applied acoustics, 2020-09, Vol.166, p.107354, Article 107354

2020

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Optimizing location of damage within an enclosed area defined by an algorithm based on the Lamb wave response data

Applied acoustics, 2017-05, Vol.120, p.98-110

2017

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Investigating the critical aspects of evaluating the material nonlinearity in metal plates using Lamb waves: Theoretical and numerical approach

Applied acoustics, 2018-11, Vol.140, p.301-314

2018

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Estimation of remaining useful life of fatigued plate specimens using Lamb wave‐based nonlinearity parameters

Structural control and health monitoring, 2020-04, Vol.27 (4), p.n/a

2020

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Estimating the elastic constants of orthotropic composites using guided waves and an inverse problem of property estimation

Applied acoustics, 2024-01, Vol.216, p.109750, Article 109750

2024

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Application of Rayleigh wave-based nonlinearity parameter to estimate the remnant useful life of fatigued thick aluminum plates

ISSS journal of micro and smart systems, 2021-11, Vol.10 (2), p.161-178

2021

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Laser-Based Guided Wave Propagation and Mode Decomposition in Detecting the Integrity of Structural I-Beams

Journal of computer and communications, 2018, Vol.6 (1), p.42-55

2018

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Design of a new optical system to generate narrowband guided waves with an application for evaluating the health status of rail material

Optics letters, 2019-12, Vol.44 (23), p.5695-5698

2019

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Theoretical and experimental measurement of intrinsic and fatigue induced material nonlinearities using Lamb wave based nonlinearity parameters

Measurement : journal of the International Measurement Confederation, 2020-02, Vol.151, p.107148, Article 107148

2020

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Theoretical and experimental evaluation of material nonlinearity in metal plates using Lamb waves

Structural control and health monitoring, 2018-06, Vol.25 (6), p.e2164-n/a

2018

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Interrogating the health condition of rails using the narrowband Rayleigh waves emitted by an innovative design of non-contact laser transduction system

Structural health monitoring, 2021-09, Vol.20 (5), p.2678-2693

2021

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Development of Lamb and Rayleigh Wave-Based Nonlinearity Parameters for Estimating the Remnant Life of Fatigued Plate Structures

European Workshop on Structural Health Monitoring, p.149-160

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An Adaptive Wavelet Library to Detect Surface Defects in Rail Tracks Using a Laser Ultrasonic System

European Workshop on Structural Health Monitoring, p.181-189

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Nondestructive testing of rails using nonlinear Rayleigh waves

Localization of Damages in Plain And Riveted Aluminium Specimens using Lamb Waves

Feasibility of using a 3D laser-based transduction system for monitoring the integrity of I-beams using Rayleigh waves

Theoretical and experimental evaluation of the health status of a 1018 steel I-beam using nonlinear Rayleigh waves: Application to evaluating localized plastic damage due to impact loading

Lamb Wave Based Experimental and Finite Element Simulation Studies for Damage Detection in an Aluminium and a Composite Plate using Geodesic Algorithm

Evaluation of inherent and dislocation induced material nonlinearity in metallic plates using Lamb waves

Analyzing the features of material nonlinearity evaluation in a rectangular aluminum beam using Rayleigh waves: theoretical and experimental study

Design of an innovative and self-adaptive-smart algorithm to investigate the structural integrity of a rail track using Rayleigh waves emitted and sensed by a fully non-contact laser transduction system

Optimizing location of damage within an enclosed area defined by an algorithm based on the Lamb wave response data

Investigating the critical aspects of evaluating the material nonlinearity in metal plates using Lamb waves: Theoretical and numerical approach

Estimation of remaining useful life of fatigued plate specimens using Lamb wave‐based nonlinearity parameters

Estimating the elastic constants of orthotropic composites using guided waves and an inverse problem of property estimation

Application of Rayleigh wave-based nonlinearity parameter to estimate the remnant useful life of fatigued thick aluminum plates

Laser-Based Guided Wave Propagation and Mode Decomposition in Detecting the Integrity of Structural I-Beams

Design of a new optical system to generate narrowband guided waves with an application for evaluating the health status of rail material

Theoretical and experimental measurement of intrinsic and fatigue induced material nonlinearities using Lamb wave based nonlinearity parameters

Theoretical and experimental evaluation of material nonlinearity in metal plates using Lamb waves

Interrogating the health condition of rails using the narrowband Rayleigh waves emitted by an innovative design of non-contact laser transduction system

Development of Lamb and Rayleigh Wave-Based Nonlinearity Parameters for Estimating the Remnant Life of Fatigued Plate Structures

An Adaptive Wavelet Library to Detect Surface Defects in Rail Tracks Using a Laser Ultrasonic System

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