Research on Ultrasonic Response Characteristics of Structures Excited by Laser Transient Grating

Dong YAO; Bo GAO; Yingzheng SONG; Qun LI; Guilong GAO

doi:10.3788/gzxb20225109.0914001

[1] Hongtao GUO, Fuqi CAO. Ultrasonic testing of the interface bonding quality of solid rocket motor charge. Aero Weaponry, 49-52(2006).

[2] F SIMONETTI. Localization of pointlike scatterers in solids with subwavelength resolution. Applied Physics Letters, 89, 513-36619(2006).

[3] Jizhong LIU, Xiaojun ZHOU, Zhifeng JIANG. Porosity test in carbon composites based on a new ultrasonic attenuation method. Materials Science & Technology, 260-263(2007).

[4] Songping LIU, Feifei LIU, Junwei SHI et al. High-resolution ultrasonic imaging evaluation and behavior analysis of impact damages in composites. Journal of Mechanical Engineering, 49, 16-23(2013).

[5] Baoquan MA, Zhenggan ZHOU. Progress and development trends of composite structure evaluation using noncontact nondestructive testing techniques in aviation and aerospace industries. Aero Weaponry, 35, 1787-1803(2014).

[6] Rui ZHOU, Fengping LI, Minghui HONG. Laser interaction with materials and its applications in precision engineering. Scientia Sinica: Physica, Mechanica & Astronomica, 47, 25-34(2017).

[7] Yingze WANG, Chen ZAN. Asymptotic analysis of heat transfer behavior of metal sheet irradiated by ultra-short pulse laser based on DPL model. Journal of Jiangsu University(Natural Science Edition), 41, 243-248(2020).

[8] Yibo LI, Yi HAN, Guang YANG et al. Weak defect enhancement in ultrasonic testing of laser deposition manufactured TA15 alloys. Chinese Journal of Lasers, 45, 69-76(2018).

[9] C A DENNETT, D L BULLER, K HATTAR et al. Real-time thermomechanical property monitoring during ion beam irradiation using in situ transient grating spectroscopy. Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials & Atoms, 440, 126-138(2019).

[10] Jiuxin YUAN, Xunpeng QIN, Jinpeng ZHANG et al. Depth detection of internal defects for arc additive products based on laser ultrasound. China Mechanical Engineering, 32, 65-73(2021).

[11] Minghui LU, Lei DING, Xuejun YAN et al. Application and prospect of laser ultrasonic nondestructive testing technology in advanced manufacturing. Journal of Vibration, Measurement & Diagnosis, 41, 631-643(2021).

[12] Kun SU, Dahai REN, Jian LI et al. Study on laser generating ultrasonic waves. Opto-Electronic Engineering, 29, 68-72(2002).

[13] Chao SONG, Bin ZHEN, Hualing GUO et al. Analysis of influence of light source on laser ultrasonic signal. Journal of Applied Optics, 38, 494-498(2017).

[14] H NISHINO, Y TSUKAHARA, Y NAGATA et al. Optical probe detection of high-frequency SAWS generated by phase velocity scanning of laser interference fringes. Japanese Journal of Applied Physics, 33, 3260-3264(1994).

[15] G A ANTONELLI, P ZANNITTO, H J MARIS et al. New method for the generation of surface acoustic waves of high frequency. Physica B Physics of Condensed Matter, 2, 377-379(2002).

[16] Cuixiang FEI, Dongchi YI, Tianhao LIU et al. Enhanced laser ultrasonic detection method based on space time modulation(2018).

[17] Qiaojian HUANG, Xiaojun LIU, Shuyi ZHANG. Influence of temperature on thermal diffusivity of double perovskite Sr2FeMoO6 studied by laser-induced transient thermal grating. Acta Acustica, 36, 134-138(2011).

[18] Jun CHEN, Qunli ZHANG, Jianhua YAO et al. Influence of surface roughness on laser absorptivity. Laser Technology, 32, 624-627(2008).