CAJ | 학술논문

针对某矿业集团下属各矿使用量最大并主要运输煤矸石或矿石的1t固定车箱式矿车车箱，以高强轻质为研究目标，根据矿车车箱在平巷运输轨道上减速制动碰撞这一危险工况下的受力情况，给出了具体的轻型化方案。在已减薄壁厚的矿车车箱最大变形位置处，采用2种不同形式的局部加强钢筋，进行车箱的局部结构优化，利用大型有限元分析软件ANSYS进行分析，最终证明光圆加强钢筋的形式为最佳优化方案。对矿用车辆的轻型化问题进行了有益的探讨，为矿车的轻型化设计奠定了理论基础。
침대모광업집단하속각광사용량최대병주요운수매안석혹광석적1t고정차상식광차차상，이고강경질위연구목표，근거광차차상재평항운수궤도상감속제동팽당저일위험공황하적수력정황，급출료구체적경형화방안。재이감박벽후적광차차상최대변형위치처，채용2충불동형식적국부가강강근，진행차상적국부결구우화，이용대형유한원분석연건ANSYS진행분석，최종증명광원가강강근적형식위최가우화방안。대광용차량적경형화문제진행료유익적탐토，위광차적경형화설계전정료이론기출。
The box type mine car carriage car 1 t fixed in a Mining Group mine use the largest and main transport coal gangue or ore , with high light as the research object , according to the mine car carri-age in road transport track braking collision force of this dangerous working condition , gives the light-weight concrete scheme .In reducing wall thickness of the mine car carriage maximum deformation posi-tion, using two different forms of local reinforcement , local optimization structure of the carriage , was an-alyzed by using the finite element analysis software ANSYS , finally proved that light round steel reinforce-ment in the form of the optimal scheme .The light of mine vehicle was discussed , laid the theoretical foundation for the light-duty design of mine car .