CAJ | 학술논문

为探究侧面叉车转向机构健康监测布点方案，首先通过现场检验调研总结了转向机构发生故障的危险部位；再采用UG对简化后的转向机构各零部件进行结构建模，组成装配图；并采用UG中的运动仿真模块对转向机构作运动仿真模拟；然后采用 Adams 重点对球头销座进行动力学仿真分析；最终通过仿真分析计算得出球头销在转向过程中平均受力值为21.1 kN，左球头销在左右极限位置的受力差值高达4.5 kN，容易造成研磨不均匀。从而确定了传感器的布点方案，为以后侧叉转向机构健康监测的技术实现提供依据。
위탐구측면차차전향궤구건강감측포점방안，수선통과현장검험조연총결료전향궤구발생고장적위험부위；재채용UG대간화후적전향궤구각령부건진행결구건모，조성장배도；병채용UG중적운동방진모괴대전향궤구작운동방진모의；연후채용 Adams 중점대구두소좌진행동역학방진분석；최종통과방진분석계산득출구두소재전향과정중평균수력치위21.1 kN，좌구두소재좌우겁한위치적수력차치고체4.5 kN，용역조성연마불균균。종이학정료전감기적포점방안，위이후측차전향궤구건강감측적기술실현제공의거。
In order to study the sensor distribution program in health monitoring of side forklift steering, a model of the steering mechanism is built and analyzed. The dynamic simulation is carried out on the ball head pin. Through the simulation calculation of maximum stress under various working conditions, the position of sensors can be determined for the health monitoring of side forklift steering mechanism.