WebDec 20, 2022 · We analyzed the 4 types of working conditions and performed the data Analysis, data analysis results tell us that the parameters of this excavator's extension boom are close to the actual design, so the cause of the boom is not caused by unreasonable design. 2. Material: The material used for the front end of the excavating …
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WebThe parametric model of boom is established based on parametric method, the management of model param eter is realized with the help of database technolo gy and the rapid design of model is reached and detail features of boom are simplified automatically by program. According to the existing problems in the developme nt of actual product and …
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WebVol-4 Issue-2 2018 IJARIIE -ISSN(O) 2395 4396 8101 .ijariie.com 3210 DESIGN AND ANALYSIS OF EXCAVATOR BUCKET DHARMESH H. PRAJAPATI1, PRAYAG H. PRAJAPATI2, BRIJESH D. PATEL3 1 Student of Mechanical Engineering at Samarth College Of Engineering And Technology Himatnagar, Gujarat, India
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WebIn this paper, Finite Element Analysis (FEA) tool is used for analysis and modifications of excavator boom. A modified design is proposed having rib structure with reliability. A 3D model of a boom is drawn by reverse engineering of existing structure in CATIA V5R19, Hypermesh 12.0 is used for meshing, and Ansys R15.0 will be used for solutions.
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WebINTEGRATION DESIGN AND ANALYSIS OF EXCAVATOR BOOM BASED ON CAD/CAE *1 AIMIN JI,2KUN ZHU, 3 XINLEI HUANG, 4 XU YIN 1,2,3,4 College of Mechanical & Electrical Engineering, Hohai University, Changzhou, Jiangsu Province 213022,P.R. China E-mail: 1[email protected], [email protected], [email protected], …
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WebApr 29, 2013 · Design And Analysis Of An Excavator. DOI : 10.17577/IJERTV2IS4564. Download Full-Text PDF Cite this Publication. A. V. Pradeep, Ch. Jagadeesh, S. V. S. Satya Prasad, 2013, Design And Analysis Of An Excavator, INTERNATIONAL JOURNAL OF ENGINEERING RESEARCH & TECHNOLOGY (IJERT) Volume 02, Issue 04 (April 2013),
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WebVol-4 Issue-2 2018 IJARIIE -ISSN(O) 2395 4396 8101 .ijariie.com 3210 DESIGN AND ANALYSIS OF EXCAVATOR BUCKET DHARMESH H. PRAJAPATI1, PRAYAG H. PRAJAPATI2, BRIJESH D. PATEL3 1 Student of Mechanical Engineering at Samarth College Of Engineering And Technology Himatnagar, Gujarat, India
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WebNov 30, 2020 · The analysis of excavator bucket lugs is carried over two steel alloy materials such 1.SM50A, 2.SCNCr2B. The main objective of this project is to select the metal which is suitable for the
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WebApr 18, 2022 · 18. Boom. The excavator boom is the front part that's attached to the cab itself and holds the arm. 19. Arm. Sometimes referred to as the dipper or stick, the excavator arm is attached to the boom and holds the bucket. Together, the arm and boom can manipulate the bucket and get everything into position. 20. Bucket
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WebMar 1, 2021 · The basic geometry structure parameters of the excavator are as follows: the length of the boom is 7.1 m, the length of the stick is 2.945 m, the length of the bucket is 2.121 m, the maximum mining radius is 12.33 m, the maximum mining depth is 7.25 m, the maximum uninstall height is 12.06 m.
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WebJun 1, 2021 · Therefore, the paper provides a solid foundation for the future mechanical design and control of robotic excavators used in piling construction. The limitation of this research study is that the constraint analysis was carried out under the condition of "prototyped robotic excavator working in a 2-metre diameter pile shaft".
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Webcarried out on the boom-arm-bucket robot system of a hydraulic excavator used especially on industrial, construction and mining sites. These studies provide general information about the technical specifications of this system. In order to improve the system's performances, finite elements stress analyses have been carried out.
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WebJan 26, 2021 · part of excavator linke bucket, boom, arm by static force. Analysis method by considering different operating conditions. It was found that critical condition for mechanism is where the
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Webcarried out on the boom-arm-bucket robot system of a hydraulic excavator used especially on industrial, construction and mining sites. These studies provide general information about the technical specifications of this system. In order to improve the system's performances, finite elements stress analyses have been carried out.
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Webmachine health [12]. Excavators are frequently used like cranes at construction sites with the purpose of carrying equipment. This brings about significant health and safety risks. Edwarda and holt [13] found in their theoretical analysis that excavators are used both formally, and less convincingly, informally as cranes at load anchorages.
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WebThe boom of the back hoe excavator is a key element and is loaded from both sides. The research work includes design or modeling of the boom of back hoe excavator with appropriate shape and dimensions. Then the finite element analysis method is used to do the static structural analysis and transient dynamic analysis of the Boom of the …
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WebSep 20, 2019 · A common wheeled excavator is used as a prototype and its monoblock boom is transformed into 2-piece boom., which form a new type of four-linkage excavator composed of arm and bucket. Kinematic analysis of the working device of the four-linkage excavator is carried out to grasp the position change of bucket tip and the relationship …
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WebThe designers should design the components of excavator for such severe condition, nowadays weight is major subject considered during design process for cost reduction. This work deals with analysis of boom structure, FE model of boom is formulated to study behavior of boom with considering various thickness of boom. The results shows that
Learn MoreWebcarried out on the boom-arm-bucket robot system of a hydraulic excavator used especially on industrial, construction and mining sites. These studies provide general information about the technical specifications of this system. In order to improve the system's performances, finite elements stress analyses have been carried out.
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WebApr 29, 2013 · Design And Analysis Of An Excavator. DOI : 10.17577/IJERTV2IS4564. Download Full-Text PDF Cite this Publication. A. V. Pradeep, Ch. Jagadeesh, S. V. S. Satya Prasad, 2013, Design And Analysis Of An Excavator, INTERNATIONAL JOURNAL OF ENGINEERING RESEARCH & TECHNOLOGY (IJERT) Volume 02, Issue 04 (April 2013),
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