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2008•Journal of Dalian Jiaotong UniversityRequires access

Simulation of Virtual Prototype Technology on Retractable Counterweight Rail Crane

Xin Luo

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Abstract

Based on a NS1601 160 t telescopic rail crane,a design is proposed by using viraual prototype technology on the active telescopic counterweight rail crane.An active control model is constructed by using ADAMS and MATLAB softwares,and simulated under typical working condition,which realizes the intelligent adjustment of gravity center on lifting condtion.The stress curves of the interrelated parts of the crane obtained by the simulation and provide reference basis for design of the active control rail crane.

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What this paper is about

Based on a NS1601 160 t telescopic rail crane,a design is proposed by using viraual prototype technology on the active telescopic counterweight rail crane.An active control model is constructed by using ADAMS and MATLAB softwares,and simulated under typical working condition,which realizes the intelligent adjustment of gravity center on lifting condtion.The stress curves of the interrelated parts of the crane obtained by the simulation and provide reference basis for design of the active control rail crane.

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Available abstract

Based on a NS1601 160 t telescopic rail crane,a design is proposed by using viraual prototype technology on the active telescopic counterweight rail crane.An active control model is constructed by using ADAMS and MATLAB softwares,and simulated under typical working condition,which realizes the intelligent adjustment of gravity center on lifting condtion.The stress curves of the interrelated parts of the crane obtained by the simulation and provide reference basis for design of the active control rail crane.

Key concepts: Counterweight, Engineering, Center of gravity, MATLAB, Simulation, Automotive engineering, Computer science, Structural engineering

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