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Development of the Self-Motion Advanced Hydraulic Support Based on the Virtual Prototype Technology

Xia Li

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Abstract

Virtual prototype technology is a digital design method which can avoid the deficiency of the conventional method. The paper presents the application Virtual Prototype technology to the development of the Self-motion Advanced Hydraulic Support. The structure of the Virtual Prototype system is first introduced, then the functions of the subsystems are specified, and integrated mode of subsystem and ADAMS kernel are discussed. The paper realizes the development of the support on the basis of Virtual prototype technology.

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What this paper is about

Virtual prototype technology is a digital design method which can avoid the deficiency of the conventional method. The paper presents the application Virtual Prototype technology to the development of the Self-motion Advanced Hydraulic Support. The structure of the Virtual Prototype system is first introduced, then the functions of the subsystems are specified, and integrated mode of subsystem and ADAMS kernel are discussed. The paper realizes the development of the support on the basis of Virtual prototype technology.

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Available abstract

Virtual prototype technology is a digital design method which can avoid the deficiency of the conventional method. The paper presents the application Virtual Prototype technology to the development of the Self-motion Advanced Hydraulic Support. The structure of the Virtual Prototype system is first introduced, then the functions of the subsystems are specified, and integrated mode of subsystem and ADAMS kernel are discussed. The paper realizes the development of the support on the basis of Virtual prototype technology.

Key concepts: Kernel (algebra), Mode (computer interface), Development (topology), Virtual Laboratory, Engineering, Computer science, Virtual machine, Motion (physics)

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