Design and Simulation of Emulsion Winch Based on Virtual Prototype

Xin Zhang; Meng Zang; Xiao Zhe Liu; Zai Chang Wang

doi:10.4028/www.scientific.net/KEM.474-476.1706

Paper Titles

Power Aware IP Lookup Architecture and Algorithm for Green Router
p.1684

Research on the Grey Assessment Method of Dam Failure Risk
p.1690

Rotary Ultrasonic Motor Using Longitudinal and Bending Modes and its Analysis
p.1696

An Improved Noise Reduction Based on Wavelet Threshold
p.1701

Design and Simulation of Emulsion Winch Based on Virtual Prototype
p.1706

Influence of Excess Bi₂O₃ and Na₂Co₃ on Crystal Structure and Microstructure of Bismuth Sodium Titanate Ceramics
p.1711

The Model of Reliability for a Repairable System
p.1715

A Method for Bouncing Compensation of Pre-Tensioned Frame in AGC Control System of Hydraulic Leveler
p.1720

Synthesis and Characterization of ZnO Nanoparticles in the Method of Precipitation
p.1725

HomeKey Engineering MaterialsKey Engineering Materials Vols. 474-476Design and Simulation of Emulsion Winch Based on...

Design and Simulation of Emulsion Winch Based on Virtual Prototype

Abstract:

Aiming at the actual requirement of hauling hydraulic support along coalface, this paper presents a novel hydraulic winch powered by emulsion and detailedly designs mechanical transmission system and hydraulic control system. Based on virtual prototype, the 3-D model of the designed emulsion winch is built by Pro/E software, and interference simulation is carried out. In order to prove strength requirement of key component, the drum is analyzed by means of finite element analysis method and ANSYS software, and the maximum stress is obtained which less than the allowable stress. All this provides theoretical basis for the optimal design of emulsion winch.