板带轧制,strip rolling英语短句,例句大全

板带轧制,strip rolling
1)strip rolling板带轧制
1.Analysis of strip rolling using three-dimensional coupled finite element method;板带轧制过程的三维耦合有限元分析
2.A computer model for simulation of the three-dimensional strip rolling process has been developed by using an interactive procedure to analyze the coupled deformation between strip and rolls.考虑轧件和辊系间的接触力与变形协调关系 ,采用一种选代的方案 ,开发了一个分析三维板带轧制过程的计算机模型。
3.A 3-dimensional strip rolling analysis model considering strip lateral flow is developed in order order to overcome the disadvantages in the traditional theories.针对传统理论的不足,并考虑到板带的横向流动,建立了板带轧制的三维解析模型。

英文短句/例句

1.Three-Dimensional Strip Element Method and Its Simulation of Hot Plate and Strip Rolling Process;三维条元法及其对热轧板带轧制过程的仿真
2.Shape Optimal Schedule Setting Calculation and Application for Sheet Strip Rolling板带轧制板形最佳规程的设定计算及应用
3.AGC Technologies and Their Application Advances in the Aluminum Strips RollingAGC控制技术及其在铝板带轧制中的应用进展
4.Process Control Model for the Rolling and Levelling of Strip板带轧制AGC和平整过程的工艺控制模型
5.Study on Temperature Field and Thermal Profile of Work Roll in Sheet and Strip Rolling;板带轧制过程工作辊温度场与热辊型研究
6.Finite Element Simulation of Work Roller Heating Deformation in the Strip Rolling板带轧制中工作辊热变形的有限元模拟
7.Profile and flatness control technology for schedule-free rolling in hot wide strip mills宽带钢热连轧机自由规程轧制的板形控制技术
8.Study on Pass Schedule and Mill Typesselection for New Plate and Strip Mill in Baosteel;宝钢新建板带轧机轧制规程及机型选择的研究
9.Design and Manufacture Technology of MS900 Six-Roller Reversible Cold Rolling Strip MillMS900六辊可逆式冷轧板带轧机的设计制造技术
10.Study on Strip Shape Computational Theory of Strip Mill and Its Application in Wide Strip Rolling板带轧机板形计算理论及其在宽带轧制中应用研究
11.Cold Rolled Stainless Steel Board (Strip)冷轧不锈薄板(带)
12.Research on Shape Control of Hot Strip in 2150ASP Production2150ASP热轧带钢板形控制技术
13.Quality Control and Investigation of the Cold Strip Side Trimming冷轧板带边部剪切质量的控制和研究
14.Shape Control of Tiantie 1,750 mm Hot Rolling Strip Leveling Process天铁1750mm热轧带钢平整的板形工艺控制
15.Neural Fuzzy PID Model of Tilting Roll and Bending Roll Flatness Control for Strip Mill板带轧机板形控制倾辊弯辊神经模糊PID模型
16.For flat products like plate and strip, plain rolls are used, and grooved rolls are used for the rolling of sections of various shapes.平轧辊用于轧制扁平产品，如板材和带材，而轧制不同形状断面的产品则要用有槽轧辊。
17.DEVEL OPMENT OF THE STRIP SHAPE METER COMPUTER CONTROL SYSTEM FOR 900HC COLD ROLLING MILL;900HC冷带轧机板形仪计算机控制系统的研制
18.Research on Intelligent Control and Recognition of Flatness for Cold Strip Mill冷带轧机板形智能识别与智能控制研究

相关短句/例句

plate and strip rolling板带轧制
1.Research on the Strip Element Method of Three Thermo-Mechanical Coupling of Plate and Strip Rolling and Development of the Simulation System;板带轧制三维热力耦合条元法研究及仿真系统开发
2.A new method, called the strip layer method (SLM) for simulating the three-dimensional deformations of plate and strip rolling process, is presented.提出一种模拟板带轧制过程三维变形的新的数值方法——条层法。
3.In shape theory, the three-dimensional deformation theory of plate and strip rolling is an important and difficult study content.板形和板凸度是板带轧制的重要质量指标，板形控制是板带轧机的关键技术。
3)precision band rolling精密板带轧制
4)hot strip rolling板带热轧
1.The paper introduces hot strip rolling lubrication mechanism,analyzes r easons which effect hot rolling lubrication,and put forward to opinions to furth er improve the effect of hot rolling lubrication.介绍了板带热轧润滑的机理,分析了影响热轧润滑使用效果的因素,同时提出进一步改善热轧润滑效果应重视的问题。
2.The fast solution of FEM is put into the control system for Tianjin RockCheck 750mm medium-width hot strip rolling production line.通过离线分析和在线调试,将有限元快速求解程序应用于天津荣程750mm板带精轧过程控制系统,实现了板带热轧过程有限元在线应用。
5)Strip mill板带轧机
1.Simple introduction on profile control of a few typical strip mill;几种典型板带轧机板型控制技术简介
2.Research on the load distribution of multi row bearings of strip mills was carried out with the 3D contact boundary element method.利用三维接触问题的边界元法对大型板带轧机多列轴承载荷分布进行了全面研究 ,发现导致该轴承破坏的主要原因是多列轴承严重偏载。
6)hot rolled strip热轧板带
1.Brief Introduction for Process Design of 2032mm Hot Rolled Strip Line;柳钢2032mm热轧板带生产线工艺设计简介
2.The mathematical model and algorithm of shape optimization schedule of hot rolled strip are discussed including the main difficulties encounted in solution of shape optimization schedule.讨论了热轧板带板形优化规程的数学模型和计算问题,探讨了板形优化规程求解过程中的主要困难,给出了一种具有一定适应能力的快速解法,该算法的精度、速度和可靠性均已达到工程上实时应用的要求。