condition and loading conditions to carry out Finite Element Analysis of the Excavator mechanism for strength and stress analysis. An analytical approach provided for static force analysis of mini hydraulic excavator attachment. The objective of this paper is to design an excavator bucket to
Get a quoteSolid model is built by 3D modeling software, then using finite element analysis software to analyze the strength of clamp, break-out tong and slip, optimization of some parts are been done according the result of finite element analysis.(2) Designing drill pipe unclamping device, solid model is built by 3D modeling software, then using
Get a quoteMar 01, 2021 · The mechanical behavior analysis of the excavator and structure optimization of the excavator boom are conducted in this paper. By incorporating the local coordinate system established on each excavator component into the predefined global coordinate system, a parametric finite element model (FEM) of the whole excavator is developed first.
Get a quoteDOI: 10.11648/J.AJMA.20190703.11 Corpus ID: 201132107. Design and Finite Elements Analysis of a Hydraulic Excavator's Robot Arm System @inproceedings{Malo2019DesignAF, title={Design and Finite Elements Analysis of a Hydraulic Excavator's Robot Arm System}, author={Drissa Mohamed Malo and E. Uzal and Sagnaba Soulama and Abdou-Salam Ganame}, year={2019} }
Get a quoteperformance and reliability of the excavator. However, using the finite element method for structural analysis of excavator arm is the premise for the structural design of the arm.Objective: In this paper, we have carried out, finite element analysis of …
Get a quoteSolid model is built by 3D modeling software, then using finite element analysis software to analyze the strength of clamp, break-out tong and slip, optimization of some parts are been done according the result of finite element analysis.(2) Designing drill pipe unclamping device, solid model is built by 3D modeling software, then using
Get a quoteThe aim of this study is to design a computer interface, which links the user to commercial Finite Element Analysis (FEA) program, MSC.Marc-Mentat to make automatic FE analysis of an excavator
Get a quoteNov 19, 2021 · The LiuGong 9027F is a true zero tail-swing, 2.7-metric-ton excavator, and the 9018F represents the smallest of the company's F-series. The 9027F enables operators to dig parallel to the dozer
Get a quoteforce analysis and strength analysis is important steps in the design of excavator parts. A. Configurations: Excavators come in a wide variety of sizes. The smaller ones are called a mini-excavator or compact excavator. One manufacturer's largest model weighs 84,980 kg (187,360 lb) and has a maximum bucket size of 4.5 m³ (5.9 yd³). The
Get a quoteSTATIC ANALYSIS OF MINI HYDRAULIC BACKHOE EXCAVATOR
Get a quoteOct 05, 2014 · Mehmet Yener, Design of a Computer Interface for Automatic Finite Element Analysis of an Excavator Boom, M.S. Thesis, The Graduate School of Natural and Applied Sciences of Middle East Technical University, May 2005, pp 1-4, 68-69.
Get a quoteIn this study, explicit finite element (FE) analysis is adapted to predict the performance of rollover protective structure (ROPS) of a hydraulic excavator in the early design stage based on ISO 12117-2. The virtual test includes three sequential quasi-static loads applied in side, longitudinal and vertical directions, one at a time.
Get a quoteMay 05, 2016 · The optimal design of hydraulic excavator working device is often characterized by computationally expensive analysis methods such as finite element analysis. Significant difficulties also exist when using a sensitivity-based decomposition approach to such practical engineering problems because explicit mathematical formulas between the
Get a quoteJul 31, 2019 · Drissa Mohamed Malo, Erol Uzal, Sagnaba Soulama, Abdou-Salam Ganame, Design and Finite Elements Analysis of a Hydraulic Excavator's Robot Arm System, American Journal of Mechanics and Applications. Vol. 7, No. 3, 2019, pp. 35-44.
Get a quoteimportant for excavator. For obtaining optimum design, finite element analysis of excavator parts are essential. Also, for obtaining optimum motion of parts with respect to frame of reference, kinematic analysis of excavator is necessary. This paper depicts importing and meshing of CAD model of bucket and lower arm of excavator and its finite
Get a quotedevice show that the reasonableness and correctness of the design, it provides a convenient and efficient means for the excavators design and optimization [1]. In this paper, the actual working conditions in the excavator bucket load in the mining process and foreign load has random features of Pro/E and finite element analysis
Get a quoteSTATIC ANALYSIS OF MINI HYDRAULIC BACKHOE EXCAVATOR
Get a quoteThe present paper is review of various analysis done on components of excavator arm and there are various forces affects on components that affect productivity and fuel consumption. Excavators are intended for excavating rocks and soils. It consists of four link members: the bucket, the stick, the boom and the revolving super structure (upper carriage).
Get a quoteA there-dimensional finite element model of the working device of a single backhoe-bucket hydraulic excavator was developed to analyze and evaluate the rationality of …
Get a quoteThe aim of this study is to design a computer interface, which links the user to commercial Finite Element Analysis (FEA) program, MSC.Marc-Mentat to …
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