Simulation Research on Climbing Ability of Shovel Loader with Four Tracks

You Jun Wang; Li Hao Yang; Zhong Bao Qin; Yan Jiao Li

doi:10.4028/www.scientific.net/KEM.546.117

Paper Titles

Lens Detection Technology and its Machining Allowance Prediction Based on MATLAB
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Surface Uniformity of CVD Diamond Film Polishing by Catalytic Polishing Method
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Experimental Determination of Isothermal Section at 900°C in the Fe-Nb-V Ternary System
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Investigation on Thermal Conductivity of Low Concentration AlN/EG Nanofluids
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Simulation Research on Climbing Ability of Shovel Loader with Four Tracks
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Modal Analysis of Special High-Pressure Seamless Cylinders Based on ANSYS 12.0
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Research on the Residual Stress of Aluminum Alloy (LF6) Welding
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Study on Performance of PEMFC Catalyst Layer
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Investigation on Affecting Factors of Vibration in Milling Harden Steel Assembled with Different Hardness
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Simulation Research on Climbing Ability of Shovel Loader with Four Tracks

Abstract:

In this paper, a virtual prototype of the shovel loader with four tracks was established based on the truth designing dimensions. Then the simulation was done to analysis its ability to get over the 30°ramp. The simulation results indicate that the shovel loader with four tracks can get over the barrier successfully which prove that this new kind of tracked wheels have strong maneuverability, which can greatly expand the using area of the shovel loader. This simulation provides theory supports for the further development and research of this new kind of tracks.