2008Mechanical Engineering & AutomationRequires access

Modeling and Motion Simulation of the Mine Roadheader's Traveling Reducer

Yinglin Liu

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Abstract

In the paper,based on a mine roadheader's traveling reducer,the 3D models of all the parts in the reducer were established under the UG software.Then the parts were assembled together to form a holonomic virtual machine.The digital model in UG software can communicate with ADAMS/View through the format Parasolid.Based on the kinematic simulation of the reducer in the ADAMS software,the prototype was tested and verified,which provided necessary support for the further dynamic analysis.

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What this paper is about

In the paper,based on a mine roadheader's traveling reducer,the 3D models of all the parts in the reducer were established under the UG software.Then the parts were assembled together to form a holonomic virtual machine.The digital model in UG software can communicate with ADAMS/View through the format Parasolid.Based on the kinematic simulation of the reducer in the ADAMS software,the prototype was tested and verified,which provided necessary support for the further dynamic analysis.

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Available abstract

In the paper,based on a mine roadheader's traveling reducer,the 3D models of all the parts in the reducer were established under the UG software.Then the parts were assembled together to form a holonomic virtual machine.The digital model in UG software can communicate with ADAMS/View through the format Parasolid.Based on the kinematic simulation of the reducer in the ADAMS software,the prototype was tested and verified,which provided necessary support for the further dynamic analysis.

Key concepts: Reducer, Roadheader, Kinematics, Software, Engineering, Motion simulation, Dynamic simulation, Holonomic

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