Liugong Loader 852

  • STATIC ANALYSIS OF MINI HYDRAULIC BACKHOE …

    step in the design of excavator parts. Finite Element Analysis (FEA) is the most powerful technique in strength calculations of the structures working under known load and boundary conditions (Bhaveshkumar, 2011a and 2011b; and Bhaveshkumar and Prajapati, 2011 and 2012). Yang Cheng et al. (2012) studied the hydraulic excavator from the bodies of the

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  • Mini Excavator Design And Analysis - IJISRT

    for each working element. The process of dynamically modelling excavator is used to determine the behavior of hydraulic cylinders under loads and the elastic deformations of the arms. The study by patel and prajapati [3] used the finite element method to investigate the bucket capacity of a

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  • Static, Modal and Kinematic Analysis of Hydraulic Excavator

    Elissa, ―Title of paper if known,‖ unpublished. [4] 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.

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  • Finite element analysis of excavator mechanical behavior

    Finite element analysis of excavator mechanical behavior

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  • Strength analysis of excavator bucket based on normal

    Wang X. B., Tong S. G. Nonlinear dynamics behavior analysis on rigid-flexible coupling mechanical arm of hydraulic excavator. Journal of Vibration and Shock, Vol. 33, Issue 1, 2014, p. 63-70. [Search CrossRef] Li F. Z., Tong S. G., Wang X. B. Dynamic optimization design for working device of hydraulic excavator based on modal analysis

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  • STRESS ANALYSIS OF CRANE HOOK USING FEA

    Recently, excavators having a crane‐hook the solid modeling and finite element analysis of crane boom has been done using PRO/E hooks, experimental analysis, mechanical behavior of steel of reported hook and

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  • Heavy Equipment - Rocky DEM

    Discover the benefits Discrete Element Method (DEM) simulations can offer the heavy equipment manufacturing industry as a powerful tool that uniquely simulates and analyzes the behavior of bulk materials. leading to a better understanding of how different materials affect excavator and bucket designs. Rocky DEM can help you identify

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  • Design And Analysis Of An Excavator - IJERT

    element analysis of excavator boom was carried through by using ANSYS, from which, the stress and strain deformation contour diagrams of three typical work condition were obtained so that the hardness can be checked. The results of finite element analysis showed that the static intensity of the boom is enough. The maximum stress

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  • Design and Analysis of Crane Hook – Review – IJERT

    Jan 29, 2014 · SpasojeTrifkovi, NebojaRadi et. al, Stress analysis of crane hook using FEM, INFOTEH-JAHORINA Vol. 10, Ref. C-2, p. 244- 248, March 2011. Bhupender Singh, Bhaskar Nagar, B.S. Kadam and Anuj kumar, Modeling and Finite Element Analysis of Crane Boom, International Journal of Advanced Engineering Research and Studies, Vol.

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  • Research on Mechanics Analysis of the Reachstacker

    Modal analysis and optimization of forklift frame based on finite element: submitted to Journal of Light Industry Machinery (2008), p, 48-50. [7] Mingmin Tan, Wuzi Yang, Liqiang Zhou, etc. Finite Element Modal Analysis of excavator stick, submitted to Journal of Central South University of Forestry And Technology (2011), p, 188-191.

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  • [PDF] Topology Optimization of Excavator Bucket Link

    Heavy duty excavators are operated during the excavation process the unknown resistive forces offered by the terrain to the bucket teeth is transformed to the other parts via bucket linkage. Excessive amount of these forces adversely affected on the bucket link therefore the optimization of bucket linkage is done on the maximum breakout forces which are exerted on it during operation.

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  • Design Aspects of an Excavator Arm | Khan | International

    Bipin N. Patel, Finite Element Analysis and Optimization of Arm and Boom of Excavator, M. Tech. Thesis, Institute of Technology, Nirma University of Science and Technology, Ahmedabad, May 2007. Luigi Solazzi, Design of aluminium boom and arm for an excavator, Journal of Terramechanics, Elsevier, Vol. 47, pp. 201–207, 2010.

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  • Customized Non-uniform Discrete Variables Coordinated

    Nov 12, 2021 · Figure 2 shows the discrete variables of the boom section to be optimized. At present, compared with the classic finite element development, the meshless method is welcomed by scholars (Qin et al. 2016).In this paper, the nonlinear finite element method and the non-uniform discrete variable coordination optimization method are combined to solve the actual problems of complex truss …

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  • Mini Excavator Design And Analysis - IJISRT

    for each working element. The process of dynamically modelling excavator is used to determine the behavior of hydraulic cylinders under loads and the elastic deformations of the arms. The study by patel and prajapati [3] used the finite element method to investigate the bucket capacity of a

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  • The Improvements of the Backhoe-Loader Arms

    loader using ANSYS Workbench finite element program. Özer [2] studied strength analysis of boom-stick groups (Backhoe-loader back arms) having different digging reach by using FEA method. Çetin [3] designed and ana-lyzed a demolition boom for hydraulic excavator with operation weight of 30 tons. Firstly, the mechanism de-

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  • Advances in Mechanical Engineering 2021, Vol. 13(9) 1–13

    Mar 22, 2021 · ment and finite element analysis of the Shizhi River Bridge, a three-dimensional finite element model (FEM) was developed by Lu et al.15 Then an analytical modal analysis using different techniques was per-formed to determine the static behavior, natural fre-quencies, and mode shapes of the bridge. However, few scholars have conducted in-depth

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  • Mechanical behavior analysis and structural improvement

    Based on finite element method and test experiment validation, the mechanical behavior analysis and structural improvement of the bracket arm of the wrecker have been carried out in this paper. By comparison with the stress test experiment, the correction of the FEM proposed in this paper has been validated and it calculation accuracy meets the

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  • Design and Analysis of Crane Hook – Review – IJERT

    Jan 29, 2014 · SpasojeTrifkovi, NebojaRadi et. al, Stress analysis of crane hook using FEM, INFOTEH-JAHORINA Vol. 10, Ref. C-2, p. 244- 248, March 2011. Bhupender Singh, Bhaskar Nagar, B.S. Kadam and Anuj kumar, Modeling and Finite Element Analysis of Crane Boom, International Journal of Advanced Engineering Research and Studies, Vol.

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  • Advances of a FEM for the Failure Probability Evaluation

    The present work aims to propose a preliminary Finite Element Model (FEM) that represents a pier used as support for vehicular bridges. This FEM is required for the assessment of mechanical behavior of the structure that will be used for the determination of the limit state function needed for risk assessment.

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  • Strength Enhancement of Expansion Tank Bracket in

    examples for the use of excavators. 1.1 Objectives To design, development & analysis of expansion tank bracket for Excavator machine for improvement in strength and performance. Thus aching desired life of bracket 2. METHODOLOGY Finite element analysis is computational tool meant for …

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