Finite Element Analysis of an Agricultural Tractor Cabin based on the OECD Standard(code4)
2003
Ha, C.W. | Kim, H.J. | Kwon, Y.D. (Deadong R&D center, Seoul, Republic of Korea) | Goo, N.S. (Kyungpook National University, Daegue, Republic of Korea)
The ROPS of an agricultural tractor is designed to protect its driver when the tractor overturns. Although the current OECD tests to determine whether the ROPS meets the requirements of the OECD regulation are desirable, they need long time to test. We experimental time and effort by using CAE. We conducted a finite element analysis for the ROPS design of a Dae-Dong tractor cabin in an attempt to reduce the design and manufacturing time. This study shows the interpretative skill MARC for designing ROPS and difference between the results of testing and FEA.
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