Application of Steer-by-Wire Technologies on Wheel Loader

Yong Ping Zhang; Shi Jun Luo; Zhen Fan; Zhi Guo Shi

doi:10.4028/www.scientific.net/AMR.1014.76

Paper Titles

The Method and Evaluation of Biological Materials to Functional Reconstruction of Ligament Defects in Exercise-Induced Ligament Injury
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Research on Biochemical Materials with Optimization of Microwave Extraction Process by Response Surface Methodology of Flavonoids from Platycarya strobi lacea sieb.et zucc.
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Design on Operation Panel of Numerical Control Machine Tools
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FEA on Ramp Plate of Scraper Conveyor Based on ABAQUS
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Application of Steer-by-Wire Technologies on Wheel Loader
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Research on Mechanical Manufacturing with Posture Optimization of Installation of the Bolts in Large Component Assembly
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Research and Application of Parametric Design in Traditional Plug-Flow Aeration Tank with Drawing Methods
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Research on the Elevator System with Fault Diagnosis Method Based on Fuzzy Fault Tree
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The Advances of the Prediction of the Performance and Reliability of Rolling Bearings with Poor Information
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1014Application of Steer-by-Wire Technologies on Wheel...

Application of Steer-by-Wire Technologies on Wheel Loader

Abstract:

Steer-By-Wire system connects and controls components in steer system to replace the traditional mechanical or hydraulic connection. The connection between the steering wheel and steered wheel is no more than mechanical or hydraulic. Their kinematics relation is controlled by software, therefore the parameters such as the transmission ratio and road feel can be modified in wide range which has great advantages. This paper introduces the structure and principle of wheel loader Steer-By-Wire system, explains the main advantages and key technologies of Steer-By-Wire system.