CAJ | 학술논문

在浅埋深地质矿区，由于煤层开采地质条件的特殊性，液压支架的结构件在使用过程中容易发生损坏。根据液压支架使用工作现场采集的数据，分析某型号液压支架顶梁的受力情况，并利用UG建立液压支架顶梁的三维模型，综合使用ANSYS及LMS进行分析计算，对液压支架结构件进行疲劳寿命分析，并将分析结果与现场实际情况进行对比，验证分析结果的正确性，为以后液压支架结构设计及优化提供了一定的理论依据。
재천매심지질광구，유우매층개채지질조건적특수성，액압지가적결구건재사용과정중용역발생손배。근거액압지가사용공작현장채집적수거，분석모형호액압지가정량적수력정황，병이용UG건립액압지가정량적삼유모형，종합사용ANSYS급LMS진행분석계산，대액압지가결구건진행피로수명분석，병장분석결과여현장실제정황진행대비，험증분석결과적정학성，위이후액압지가결구설계급우화제공료일정적이론의거。
Due to the particularity of mining geological conditions of shallow coal seam ,the structure of hydraulic support is prone to be damaged during operation .This paper analyses a certain hydraulic support force of the top beam based on the data collected from the job site ,and uses UG software to establish a three‐dimensional model of top beam .After a comprehensive analysis by ANSYS and LMS ,the paper carries out the structural fatigue life analysis of hydraulic support and compares the results with the actual situation to verify the reasonable conclusion .The analysis results provide the theory basis for structure design and optimization of hydraulic support .