Laser-induced ultrasound scanning imaging is proposed and utilized for the detection of the
printed circuit board (PCB) delamination defect in this present study. Initially, based on the …

Owing to their ability to provide tunable mechanical responses, lattice materials are
frequently studied to elucidate their response to static and dynamic loads. However, these …

Stress-strain analysis of railway using computer simulation and full-wave modeling of
ultrasonic non-destructive testing require significant computing resources. In addition to this …

In previous works, both experimental and numerical investigations have shown the potential
of the laser shock technique for disassembling adhesively bonded composite/metal …

We present a method to investigate the bulk propagation of a shock wave in a thick, opaque
metallic plate. The shock wave is generated by laser loading. An elastic plane probe wave …

In this study, a combination of theoretical analysis and experimental verification was used to
investigate the effects of laser parameters and shock wave shape on the location of layer …

Intense laser radiation leads to irreversible changes in the crystal structure of a target, which
are used in laser shock peening technologies. Processes determining the thickness of the …

During its propagation, a shock wave may come across and interact with different
perturbations, including acoustical waves. While this issue has been the subject of many …

Мощное лазерное воздействие вызывает необратимые изменения в кристаллической
структуре мишени. Эти изменения лежат в основе технологий лазерного пининга (laser …

In the presented work the impact of a laser shock wave on the mechanical properties of a
Titanium Grade 1 was investigated. Based on a series of experimental studies related to the …