소형 트럭용 크로스 멤버의 경량화를 위한 해석 및 생산자동화 시스템 개발
An Analysis and Production Automation System for Lightweight Cross Member for Small Truck
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
In this study, to reduce the weight of cross member assembly for small truck. In order to optimize the design of the cross member structure by changing the equation into the rivet coupling method, The size and the hole spacing of the large sheet plate, the rivet hole size of the large sheet plate, In the structural analysis, we looked at what was going to happen, and the tensile, shear The load test was carried out to investigate the damage caused by the maximum load acting on the rivet. Riveting work, but to improve productivity, we developed automated riveting device using robot To reduce the number of workers, reduce jig transfer and installation time, and reduce load factor. To produce the maximum output of the product.
Abstract
In this study, to reduce the weight of cross member assembly for small truck. In order to optimize the design of the cross member structure by changing the equation into the rivet coupling method, The size and the hole spacing of the large sheet plate, the rivet hole size of the large sheet plate, In the structural analysis, we looked at what was going to happen, and the tensile, shear The load test was carried out to investigate the damage caused by the maximum load acting on the rivet. Riveting work, but to improve productivity, we developed automated riveting device using robot To reduce the number of workers, reduce jig transfer and installation time, and reduce load factor. To produce the maximum output of the product.
참고문헌 (8)
- G. M. Lee, "Structural analysis of the high stiffness cross member for commercial vehicle", 2015 KSAE General Conference, 5, pp.463~463 (2015)
- K. C. Lim, "Frame member structure analysis for light truck weight", KSMTE Annual Spring Conference 2017, pp.182~ (2017)
- S. H. Kwon, "Reliability Analysis of Fatigue Life for Truck Frame FE Model", KSME Annual Autumn Conference, 11, pp.1026~1031 (2010)
- V. Rahul, "Structural analysis of Pick-Up Truck Chassis using Fem", International Journal of Chem-Tech Research, 9(06), pp.384~391 (2016)
- S. J. Yoon, "A Development of Automotive Front Cross Member using Hot Stamping", KSAE, pp.2722~2727 (2010)
- J. J. Yun, "The Development of Cowl-Cross Member parts by High Strength Steel", KSME, Annual Spring Conference, 5, pp.307~308 (2013)
- E. P. Kwon, "Development of lightweight AHSS cross member", 2016 KSAE Annual Spring Conference, 5, pp.904~904 (2016)
- M. S. Lee, "Study on the structural properties for the shape of special equiied vehicles cross member", KSME Annual Spring Conference, 5, pp.110~112 (2015)