Stress Analysis on the “C” 390F Excavator Link Bucket Using Finite Element Method
Keywords:
Bucket link excavator, Finite Element MethodAbstract
As technology evolves, infrastructure technology is also an important part of the country's economic growth. Since 1925, “C” excavator has been assisting producers worldwide by making progress that drives positive change. Excavators are heavy equipment and are usually used for excavations. The commonly used operation Excavator, all coordinated from the arm; boom cylinder and buckets. In this study discussing the excavator stress analysis of excavator bucket link to determine the safety factor, the excavator bucket link is a “C” 390F link bucket. The stress analysis process on excavator link buckets uses manual calculations. The method that involves determining the material type IS 2062 steel plate. A static linear calculation analysis using element method up to see the maximum stress occurring in the 5-point excavator link bucket style, acquired vonMises voltage value of 52.11 MPa. Maximum breakout force at the angle of 30 ° position style.
References
. Bhaveshkumar P. Patel and Dr. J.M.Prajapati,”A Review On Kinematics Of Hydraulic Excavator’s Backhoe Attachment”,International Journal of Engg.Science and Technology (IJEST) Vol.No.3.Issue No.3.March 2011. Technology, Brno,p. 205, 2011, (in Czech).
. Yuki Sakaida and Daisuke Chugo “THE ANALYSIS OF EXCAVATOR OPERATION BY SKILLFULL OPERATOR” The University of Tokyo, JAPAN, ISARC 2006, page no 543-547.
. Arsić, M., Bošnjak, S., Zrnić, N., Sedmak, A., Gnjatović, N. 2011. Bucket wheel failure is caused by residual stress on the welded joint. Failure Analysis Techniques 18, 700-712
. Arsi, M., Bošnjak, S., Gnjatović, N., Sedmak, SA, Arsić, D., Savić, Z. 2018. Determination of Fatigue Life Structure remaining in Welded Wheel Excavators through the Use of Fracture Mechanics.
. Bošnjak, S., Arsić, M., Zrnić, N., Rakin, M., Pantelić, M. 2011. Bucket wheel excavators: Assessment of the integrity of boom-tie boom-rod boom wheels. Engineering Failure Analysis 18, 212-222
. Lazarević, Ž., Aranđelović, I., Kirin, S. 2015. Analysis of random mechanical failure of bucket wheel excavators. Structural Integrity and Life 15.3, 143-146
. Danicic, D., Sedmak, S., Ignjatovic, D., Mitrovic, S. 2014. Bucket Wheel Excavator Damage by Fatigue Fractures - Case Study. Procedia Sciences 3, 1723-1728
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