hypermesh的1780-R2轧机带板轧制刚度的理论和数值计算

摘要板带轧机的横向刚度和纵向刚度对于板形、板厚控制十分重要,研究不同状态下的刚度变化规律对提高板形、板厚综合控制的精度具有重要意义。基于大型通用有限元软件hypermesh，本文提出了对板带轧制模型进行网格划分的方法，并以板带轧机辊型设计为研究背景，具体介绍了网格划分的步骤和方法，通过多个网格划分模型进行对比，初步证明文中提出的网格划分方法具有准确性和广泛性的特点。65361

该课题研究应用初等弹性理论计算轧机带板轧制过程的1780-R2轧机轧制的刚度,并完成机架和各传力部件的变形场的计算与分析.

毕业论文关键词板带轧机刚度 hypermesh 网格划分

毕业设计说明书（论文）英文摘要

Title theory and numerical calculation of stiffness of mill 1780 - R2 under strip rolling

Abstract

The lateral stiffness and longitudinal stiffness of strip rolling mill is important for flatness and thickness control. The research of stiffness changing rule under different condition is of great significance for improving the precision of flatness and thickness control. Based on the CAE simulation software package-hypermesh, this paper put forward the method of meshing on model of strip rolling. On the background of strip mill roll shape design, detailed steps and methods of meshing is introduced. Compared with a lot of meshing models, this one motioned below is proved to be accurate and comprehensive.

This project adopt elementary theory of elasticity to calculate the stiffness of 1780-R2 mill during the process of rolling. Besides，it includes the calculation and analysis of the rack and deformation field of each power transmission components.

Keywords strip rolling mill stiffness hypermesh mesh generation

1 引言 1

1.1 课题背景 1

1.2 课题来源及研究现状 1

1.2.1 课题来源 1

1.2.2 研究现状 1

1.3 本课题的主要工作 3

1.3.1 步骤 3

1.3.2 研究手段 3

1.3.3 内容安排 3

2 轧机工作原理概述 3

2.1 轧机简介 3

2.2轧机的组成 5

2.3 轧机的结构形式及性能（按轧辊的布置形式分类） 6

2.4 轧机的刚度 8

2.5 轧机带板轧制的受力情形 8

2.6 轧机的现状及发展趋势 18

3 建模过程及网格划分 18

3.1 应用PROE软件建立模型 18

3.1.1 Pro/E主要模块 18

3.1.2 Pro/E基本操作 19

3.2 应用HYPERMESH划分网格 22

3.2.1 有限元网格划分 22

3.2.2 Hypermesh 软件的优势 24

4 有限元求解 24

4.1 有限元法概述 hypermesh的1780-R2轧机带板轧制刚度的理论和数值计算:http://www.youerw.com/wuli/lunwen_72957.html