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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DESIGN OPTIMIZATION OF EXCAVATOR BUCKET USING FINITE
This project work deals with "design optimization of excavator bucket using finite element method". Initially literature survey and data collection is done to understand approach and rectification methodology. 3D parametric model is generated using creo parametric modeling software.
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ISSN : 2454-9150 Recent Trends on Excavator Component
and control, fatigue life analysis and structural optimization design at home and abroad. 1. Finite Element Analysis of the Excavator Attachment-A. V. Pradeep et al, in 2013, [2] aimed of a project to design every component of an excavator, to assemble it and to carry out analysis on the bucket teeth taking different
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Design optimization of excavator bucket using Finite
Dec 22, 2014 · This project work deals with "design optimization. of excavator bucket using finite element method". Initially literature survey and data collection is. done to understand approach and rectification. methodology. 3D parametric model is generated using creo parametric. modeling software. Model was evaluated to study existing model behavior. at working condition.
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Design and Shape Optimization of Excavator Bucket
(PDF) Design and Shape Optimization of Excavator Bucket
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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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(PDF) Design And Optimization of Excavator Arm
different material properties and based on static force loads, finite element analysis is carried out for excavator bucket. Using stress values the fatigue life is carried out which gives the cycle time life converted to hrs. Also but using online e-fatigue calculator results are validated.
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Finite element analysis applied to the taper mechanism of
Mar 01, 2021 · 1. Introduction. Excavator is the most frequently heavy machinery used in the field of construction manufacturing and mining industry. Hydraulic excavator capabilities have expanded for the task with the advent of hydraulic-powered attachments such as hydraulic breaker and bucket to drive as a digger and carrier missions and are no doubt a multifunctional and efficiency-improving machine.
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Finite Element Analysis and Optimization of Boom of
The paper describes Finite element analysis of the robotic mechanism of an excavator – that contains bucket, arm and boom using CAD/CAM & CAE tools. Also design changes have been suggested in the region of these components where stresses are not under allowable limit. The …
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(PDF) Design optimization of excavator bucket using …
Design optimization of excavator bucket using Finite Element Method. International Journal of Research and Innovation (IJRI) International Journal of Research and …
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Lightweight and High-Strength Design of an Excavator
Oct 07, 2019 · 4. Optimization Design of an Excavator Bucket. To achieve lightweight and high-strength optimization of an excavator bucket under uncertain loading, a framework combining the mathematical software MATLAB and finite element analysis software ANSYS is established as shown in Figure 10. The MATLAB part of the framework consists of a soil-bucket
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MODELLING AND ANALYSIS OF EXCAVATOR ARM
is to perform design and analysis Excavator Arm for the calculated Force. The CATIA software is used for making the 3D model of the excavator arm linkage. By using ANSYS workbench software analysis of the excavator arm is done at existing digging force and lifting force. Excavator bucket is very crucial element of hydraulic excavator.
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Design optimization of excavator bucket using Finite
(PDF) Design optimization of excavator bucket using Finite
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Fatigue Analysis and Design Optimization of Excavator
Fig. 7. 2D Drawings of bucket D. Structural analysis excavator bucket Structural analysis of bucket E. Modal analysis Fig. 9. Modified model of bucket 6. Result Comparison between existing and modified model 7. Conclusion This project work deals with "Fatigue analysis and design optimization of excavator bucket using finite element method".
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(PDF) Design and Shape Optimization of Excavator …
Apr 13, 2016 · The aim of the project is to improve excavator bucket life by optimizing the design and design parameters. In first step data collection will be done. In the next step excavator bucket model will be generated for further study in FEM software. In the next step load calculations will be done to utilize the load value in FEM software.
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DESIGN AND ANALYSIS OF EXCAVATOR BUCKET - IJARIIE
Design, Analysis and Optimization of heavy duty Excavator bucket by using Finite Element Analysis 1Sharanagouda A Biradar, 2 B.B. Kotturshettar, 3Gurudatta N Vernekar, 4Bharatkumar A Biradar 1Research Scholar, 2Head, Department of mechanical Engineering, 3Research Scholar, 4Research scholar School of Mechanical Engineering
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A RESEARCH REVIEW ON EXCAVATOR BUCKET BEHAVIOUR …
Excavator bucket teeth using finite element method (FEM). FEM is selected as thecomponent size is complicated and the process is "Fatigue Analysis and Design Optimization of Excavator Bucket", Department of Mechanical Engineering, Vishwakarma Institute of Technology, Pune, India
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(PDF) Design and Shape Optimization of Excavator Bucket
Manisha P. 4. METHODOLOGY- Tupkaret al .(2) The objective of this paper is to design an excavator bucket by using CREO-parametric 2.0 software. Model is exported through IGES file format for meshing in analysis software Boundary conditions and the forces are applied at the tip of teeth of excavator bucket.
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Analysis and topology optimization structural design
The Bucket tooth is one of the important parts of the excavator bucket. Bucket tooth functions as a splitting material which also functions to avoid wear and damage to the bucket. In this research, the author optimizes the bucket tooth design on the market so that it can produce a lighter design but has almost the same strength as the initial design.
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Multibody System Modelling and Simulation: Case Study on
Dec 15, 2018 · Here, the first design approximation is used based on a scaled (quarter size) dimensions of a selected excavator model. With the designed CAD model of excavator, the mechanical system's stress, strain and displacement, i.e. that of the excavator's manipulator bucket has been studied using the von Mises failure criteria.
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