In order to improve steering system detection technology, with the help of Solidworks software and Unity3D platform. Using dynamic simulation and VR technology, a design project of automotive steering system in augmented reality environment was studied, an interactive steering system testing platform was implemented. Experiences include import modules, interaction modules, and UI interface modules through models. Through experiments with more than 100 students, it has been analyzed that under friendly human-computer interaction, this platform can not only achieve interpretation of the vehicle detection process, but also enable testers to become more familiar with and master the detection process, improving detection efficiency. It is also possible to integrate the testing process into the classroom through three-dimensional display, providing students with a novel and vivid, people-centered teaching experience, and achieving good practical results. The project initially explores the application of virtual simulation in intelligent direction and interactive control of vehicle testing, providing beneficial assistance for vehicle testing training and engineering applications.

Jieshu Zhang, Sirong Niu, Jiaying Li, Haiyang Chu, Yuanyuan Xie. Design of vehicle steering system testing training in augmented reality environment. The Frontiers of Society, Science and Technology (2023) Vol. 5, Issue 10: 119-126. https://doi.org/10.25236/FSST.2023.051019.

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