摘要
针对传统加工方式会损伤大直径HRB500高强度钢筋强度性能等问题,考虑加工要求及形状特点,设计能够完成铣端面、剥肋、倒角的剥肋倒角机整体结构和加工工艺。根据高强钢筋材料的性能,选定刀具具体参数,确定复合刀具的加工工艺参数。设计钢筋轴向定位夹紧装置,并对夹紧力进行计算。采用以伺服电机作为动力源的传动系统,进行传动系统的主要参数计算和电机的计算与选型。利用ANSYS软件进行切削过程的有限元分析,获得了切削过程中刀具的应力变化曲线及其应力变化云图。实验结果表明:所设计钢筋剥肋倒角机可应用于高强度钢筋加工领域,并且切削效果良好,能够很好地适用于各个工序。
In view of such problems as damage to the strength and performance of steel bars caused by traditional processing methods of large diameter and high strength steel bars HRB500,the overall structure and processing technology of rib stripping and chamfering machine capable of milling end face,rib stripping and chamfering were designed considering processing requirements and shape characteristics.According to the properties of high-strength steel bars material,the specific parameters of cutting tool were selected and the processing parameters of composite cutting tool were determined.The clamping device for axial positioning of steel bars was designed and the clamping force was calculated.The drive system with servo motor as power source was used to calculate the main parameters of the drive system and calculate and select the motor.Finite element analysis of cutting process was carried out by ANSYS software,and stress curves and stress change cloud diagram of cutting tool were obtained.The experimental results show that the designed rebar stripping and chamfering machine can be applied in the high-strength rebar processing field,and the cutting effect is good,which can be well applied to various processes.
作者
牛虎利
杨硕
杨佳俊
孙晓婷
张嘉钰
NIU Huli;YANG Shuo;YANG Jiajun;SUN Xiaoting;ZHANG Jiayu(School of Mechanical Engineering,Hebei University of Science and Technology,Shijiazhuang Hebei 050018,China;Department of Mechanical Engineering,Shijiazhuang Institute of Technology,Shijiazhuang Hebei 050228,China)
出处
《机床与液压》
北大核心
2023年第17期128-134,共7页
Machine Tool & Hydraulics
基金
高水平人才团队引进专项(215A2101D)。
关键词
高强钢筋
加工工艺
参数计算
有限元分析
High strength steel bars
Processing technology
Parameter calculation
Finite element analysis
