摘要
Abstract
To enhance the durability of corrugating rolls,reduce the deformation of the roll body structure,and ensure the stable and continuous operation of corrugated cardboard production equipment,it is necessary to carry out an optimized design of the corrugating roll structure.For this purpose,this paper takes the single-sided corrugating roller as the research object.Firstly,its structural parameters and tooth profile parameters are introduced.Then,using the ANSYS finite element analysis software and associating it with the Solid Works 3D software,a finite element analysis model of the corrugating roller structure is designed.The deformation of the roller body is calculated and it is found that the optimization of the middle structure of the corrugating roller should be the main goal.Subsequently,the structural optimization process was introduced,and the changes in the deformation and mass of the corrugating rolls under different parameters were analyzed.Eventually,it was determined that reducing the maximum deformation and reducing the mass of the corrugating rolls would be the two major target directions for structural optimization,and the optimal optimization parameters were screened out.After comparing the structure before and after optimization,it was confirmed that the strength performance of the corrugating roller after optimization can meet the production requirements of corrugated cardboard.关键词
瓦楞纸板/生产设备/高速瓦楞辊/结构优化/优化参数Key words
corrugated cardboard/production equipment/high-speed corrugating roller/structural optimization/optimization parameter分类
轻工纺织
