CAJ | 학술논문

为了研究双槽辊输入轴转矩的变化对直齿轮传动的影响，运用SolidWorks 对钢筋调直机传动机构进行建模，并使用ANSYS Workbench 软件，对双槽辊输入轴施加转矩分别为2．472×107 N·mm、2．673×107 N·mm、2．874×107 N·mm以及3．075×107 N·mm时，对直齿轮系进行应力应变分析。模拟得出直齿轮系的应力、应变的大小及分布。
위료연구쌍조곤수입축전구적변화대직치륜전동적영향，운용SolidWorks 대강근조직궤전동궤구진행건모，병사용ANSYS Workbench 연건，대쌍조곤수입축시가전구분별위2．472×107 N·mm、2．673×107 N·mm、2．874×107 N·mm이급3．075×107 N·mm시，대직치륜계진행응력응변분석。모의득출직치륜계적응력、응변적대소급분포。
A software called SolidWorks was used to generate a model of a transmission mechanism of a reinforced bar straightening machine in order to study the influence of dual groove roller input shaft torque changes on the spur gear transmission.Furthermore,a software called ANSYS Workbench was used to con-duct stress strain analysis of the spur gear train when the applied torque on the dual groove roller shaft was at 2.472×107 N·mm,2.673×107 N·mm,2.874× 107 N·mm and 3.075 ×107 N·mm.The results of the simulation provided the size and distribution of stress and strain on the spur gear train.