高举升臂的高原型地下铲运机传动系统的设计

Transmission Design of Plateau High Lift Arm of Underground LHD

本文以WJ-3G高原型地下铲运机为研究对象,首先对其整机传动系统部件进行选型,并根据柴油机外特性参数和液力变矩器的特性参数进行匹配计算,从而验证各传动部件选型的可行性;再利用Solidworks软件对高举升臂的工作机构进行三维实体建模,通过Solidworks与ANSYS软件的接口将模型输入到ANSYS中,从而对极限工况下的工作机构进行力学分析、疲劳寿命分析,从而为高举升臂的可靠性设计提供了理论保证。

The paper focuses on WJ-3G plateau underground scraper, takes whole driveline components selection, matching based on external characteristics of the diesel engine parameters and torque converter parameters to verify the transmission parts feasibility selection. Uses Solidworks software to reuse high lift arm body of work for three-dimensional solid modeling, by Solidworks and ANSYS software interface to ANSYS model input, thus the limit conditions for the work of agencies mechanical analysis, fatigue analysis, so as to high lift arm design provides a theoretical guarantee reliability.