JWAJournal of World Architecture2208-34802208-3499Bio-Byword Scientific Publishing Pty. Ltd.10.26689/jwa.v7i4.5140ArticleDiscussion on the Status Quo of Non-Destructive Testing Technology in Highway Engineering and Strategies of Improving the Quality of Testinghttps://artdesignp.com/journal/JWA/7/4/10.26689/jwa.v7i4.5140XuFengyue,Junlong Xie,Jie Gao2023742023-08-29Highway test and detection technology play a very important role in controlling the quality of road and bridge engineering and improving the maintenance of roads and bridges. The study of highway bridge test detection technology is both theoretically and practically useful. Road and bridge test and detection is a complicated task. With the development of science and technology highway and bridge engineering test and detection technology has also made great progress. The continuous improvement of test and detection technology has brought good social benefits to road and bridge construction. This article discusses the problems in test and detection technology of highway bridges and how to improve the quality of test and detection.

Zhang H, Li D, 2016, Non-Destructive Testing Technology for Highway Bridges, Northeast Forestry University Press, Zhejiang.

Long Y, 2020, The Application of Ultrasonic Testing Technology in the Detection of Foundation Piles of a Highway. Highway Transportation Science and Technology (Applied Technology Edition), 16(03): 172–175.

Zhao Z, Yu P, Wang C, et al., 2021, Application of Magnetic Particle Testing in Weld Defect Detection. Quality Safety and Inspection and Testing, 31(01): 22–24.

Guo J, 2023, Application of Non-Destructive Testing Technology in Highway Engineering. Heilongjiang Transportation Science and Technology. 46(02): 179–181.

Tang J, Fan X, Wen X, et al., 2017, Image Processing Technology of Multifunctional Tunnel Rapid Inspection Vehicle. Electronic Technology and Software Engineering, 2017(08): 82–83.

Wu Y, 2019, Research on the Application of Non-Destructive Testing Technology in Highway Bridges. Highway Transportation Technology, 15(07): 229–230.

Tao W, 2019, Application of Vehicle-Mounted Drop Weight Deflection Instrument in Non-Destructive Testing of Highways. China New Technology and New Products, 2019(11): 87–88.

Meng Y, 2021, Application of Non-Destructive Testing Technology in Expressway Construction Testing. Transport Manager World, 2021(26): 28–30.

Gong Z, 2019, Application of Non-Destructive Testing Technology in Highway Bridges. Traffic World, 2019(27): 119–121.

Li C, 2013, Analysis of Influencing Factors of Ground Penetrating Radar Thickness Detection. Highway and Auto Transport. 2013(01): 136–138.

Jiang Y, 2013, Non-destructive Testing Technology for Expressway Subgrade and Pavement. Zhonghua Construction, 2013(10): 168–169.

Zeng S, Li Z, Zhao J, et al., 2013, New Technology for Fast and Non-Destructive Comprehensive Detection of Roadbed Defects in Operating Roads. Journal of Changsha University of Science and Technology (Natural Science Edition), 10(02): 1–7 + 21.

Shang T, 2020, Application of Non-Destructive Testing Technology in Highway Bridges. Traffic World, 2020(10): 76–81.

Lu K, 2021, Key Points Analysis of Non-Destructive Testing Technology in Highway and Bridge Engineering. Transport Manager World, 2021(23): 123–125.

Shi J, 2020, Research on Non-Destructive Testing Technology of Highway Subgrade Construction Thickness. Engineering Construction and Design, 2020(09): 75–77.

Huang Y, Liao H, 2019, Application Ideas of Non-Destructive Testing Technology in Highway Bridge Pile Foundation Testing. Traffic World, 2019(24): 110–111.