Non-destructive evaluation of uneven coating thickness based on active long pulse thermography
Z Huang, J Zhu, L Zhuo, C Li, C Liu, W Hao, W Xie - Ndt & E International, 2022 - Elsevier
Non-destructive detection of coating thickness is important after coating deposition and
during service. The present work is to establish a measurement method for fast inspection …
during service. The present work is to establish a measurement method for fast inspection …
Defect detection and depth estimation in CFRP through phase of transient response of flash thermography
B Azizinasab, RPR Hasanzadeh… - IEEE Transactions …, 2021 - ieeexplore.ieee.org
This article presents a new method called phase of transient response using the local
reference pixel vector (PTR-LRPV) to process pulsed thermography data for defect detection …
reference pixel vector (PTR-LRPV) to process pulsed thermography data for defect detection …
Incremental closure method to estimate changes in contact stress distributions for partially closed fatigue cracks in mode I loading
HHM Moldenhauer, SD Holland… - International Journal of …, 2025 - Springer
Crack closure is the phenomenon of fatigue cracks experiencing compressive contact
stresses between crack faces, even under no remote load. Applied remote loads alter the …
stresses between crack faces, even under no remote load. Applied remote loads alter the …
The effect of heating duration on the quantitative estimation of defect depth using sonic infrared imaging
Sonic infrared (SIR) imaging is an original hybrid nondestructive evaluation (NDE)
technique that has seen rapid acceptance in the industry. A single-tone ultrasonic wave in …
technique that has seen rapid acceptance in the industry. A single-tone ultrasonic wave in …
The effect of defect size on the quantitative estimation of defect depth using sonic infrared imaging
Sonic infrared (SIR) imaging is a hybrid nondestructive evaluation (NDE) method that uses
ultrasonic excitation along with thermal imaging to detect defects in materials and structures …
ultrasonic excitation along with thermal imaging to detect defects in materials and structures …
The Effect of Size on the Quantitative Estimation of Defect Depth in Composite Structures Using SIR NDE
Abstract Sonic Infrared (SIR) NDE is a novel nondestructive testing technique that uses a
short pulse of ultrasonic excitation along with infrared imaging to expose hidden defects in …
short pulse of ultrasonic excitation along with infrared imaging to expose hidden defects in …
The effect of defect size on the quantitative estimation of defect depth in composite structures using SIR NDE
Abstract Sonic Infrared (SIR) NDE is hybrid nondestructive testing technique that uses
ultrasonic excitation along with infrared imaging to detect defects in the structures being …
ultrasonic excitation along with infrared imaging to detect defects in the structures being …
Studying the Vibration Behavior and Energy Consumption of Defects Using Different Transducer Size, Excited at Different Frequencies
Abstract Sonic Infrared Imaging (IR) technology is new to the NDT family; it is fast and wide
area imaging method. It uses ultrasound as excitation source along with an infrared imaging …
area imaging method. It uses ultrasound as excitation source along with an infrared imaging …
Further investigation on profiling defect depth in composite materials using thermal imaging NDE
Sonic Infrared (SIR) NDE is a relatively new NDE technology; it has been demonstrated as a
reliable and sensitive method to detect defects in wide range of materials including metals …
reliable and sensitive method to detect defects in wide range of materials including metals …