Design and Implementation of Virtual Maintenance Training System for Heavy Duty Gearbox

Volume 8, Issue 1, February 2024     |     PP. 31-47      |     PDF (1090 K)    |     Pub. Date: January 16, 2024
DOI: 10.54647/isss120324    28 Downloads     165312 Views  

Author(s)

Zi-cheng Zhu, China Heavy Truck Group Co.,Ltd,Jinan,Shandong,250116,China
Yan Diao, China Heavy Truck Group Co.,Ltd,Jinan,Shandong,250116,China
Xiang-hui Li, China Heavy Truck Group Co.,Ltd,Jinan,Shandong,250116,China

Abstract
By analyzing the structural performance characteristics of a heavy-duty gearbox, based on the modular design thinking and the requirements of the actual maintenance training application, the virtual prototype of a heavy-duty gearbox, such as the construction of three-dimensional model, collision detection, 3d observation, disassembly sequence planning and evaluation of training in the virtual maintenance training simulation platform and maintenance simulation implementation process. A desktop virtual maintenance training system based on EON simulation platform is constructed. The training results show that the system can accurately guide the trainees to complete the gearbox maintenance training tasks correctly, with good operability and interaction.

Keywords
heavy duty gearbox; virtual maintenance; model construction; collision detection; fuzzy evaluation.

Cite this paper
Zi-cheng Zhu, Yan Diao, Xiang-hui Li, Design and Implementation of Virtual Maintenance Training System for Heavy Duty Gearbox , SCIREA Journal of Information Science and Systems Science. Volume 8, Issue 1, February 2024 | PP. 31-47. 10.54647/isss120324

References

[ 1 ] W.J. Chu, Z.C. Zhu: 3D Motion Simulation of Engineering Equipment Working Mechanism Based on Reverse Drive Mode , Materials Science and Engineering Vol.746(2012), p. 249-254..
[ 2 ] X.F. Zhu, Z.D. Ma, P. Hu: Nonconforming Is geometric Analysis Based on NURBS with Exact Geometry, Chinese Journal of Solid Mechanics Vol.33 (2012), p. 487-492.
[ 3 ] S.C. Yan, J.Z. Zhou, H.J. Zhu, et al: Summary of Collision Detection Algorithms in Virtual Maintenance Training System, Journal of Machine Building & Automation Vol.41 (2012),p. 98-101.
[ 4 ] W.J. Chu, J.Z. Zhou, Q.Z. Tu, et al: Study on Modeling Technology Based on Polygon Transform, Journal of Advanced Materials Research Vol.655 (2013), p.296-299
[ 5 ] T. Larsson, T. Akenine-Moller: Collision Detection for Continuously Deforming Bodies, Journal of Euro graphics Vol. 2001 (2001), p. 325-333.
[ 6 ] J.Z. Zhu, X.P. Xu: Research and Application of K-DOPS Algorithm in Virtual Maintenance Training System for Diesel Engine, Advanced Materials Research Vol. 805-806 (2013), p.1911-1916.
[ 7 ] S.C. Yan, J.Z. Zhou, H.J. Zhu and S.C. Han: Summary of Collision Detection Algorithms in Virtual Maintenance Training System, Journal of Machine Building & Automation Vol.41(2012), p.98-101.
[ 8 ] W.J. Chu, X.h. Hei, Z.C. Zhu: Research on the Semi-physical Simulation Maintenance Training System of One Engineering Equipment, Advances in Intelligent Systems Research Vol.168(2019),p.34-39.