辊轧机

Based on the systematic viewpoint, the function and effect of the Edger sub-system on the rolling line has been discussed in terms of a complete large system, Accordingly it has been point out that there are many congenital defects in the old Edger which therefore should be re-designed.

为使2800轧线现代立辊轧机开发设计成功，同时也为我国重型机械设计探索新的方法、开辟新的途径，在该机的开发设计过程中，我们作了一次极有意义的、大胆的创新尝试——提出并实践了重型机械设计的新思维方法。

Using SAP5 and model experimental analysist method, the static and dynamic properties of the close-combine frame of the Edger have been predicated.

该方法包括：运用键图理论和方法，建立系统数学模型将数学模型转化为仿真模型，并进行计算机仿真对仿真计算的数据进行时域和频域两方面的分析根据设计需要，决定是否对系统进行优化设计用此方法预测了立辊轧机主传动系统的动态响应特性。

Selecting corresponding rolling force model, the paper make an experiment and studies on cold rolled paper-thin strip processing characteristics of sixteen-roll rolling machine based on cold-rolled theory aand forms corresponding rolling model, tension model and moment calculation model .And comes to a conclusion that distortion force and press utmost have a large effect on rolling force and paper-thin strip shape, primarily presenting paper-thin strip rolling subarea theory that rolling force decreases corresponding to the thick decrease of strip but increases rapidly when to a certain thick.

结合带钢冷轧基本理论，选用适当的轧制压力模型，针对十六辊轧机轧制极薄带钢时的工艺特点进行了实验和分析，建立了相应的张力模型及辊系传动力矩模型；并得出变形抗力及压靠对轧制极薄带钢时的轧制力和板形有很大的影响，初步提出了当带厚较大时，为保持板形良好，随着轧件厚度的减少，轧制压力相应降低，当轧制到一定厚度时，轧制压力随着带厚的减少急剧增加的极薄带轧制分区理论。

The rolling theory deals only with simple rolling condition. But, in fact, any rolling process has, more or less, some nonsymmetry.

根据轧制理论，在普通四辊轧机上轧制薄带钢时，常被认为相当接近于简单轧制条件，这时两轧辊上的轧制力矩相等。

The designing optimization of structural parameters for the frame of four roller rolling mill was achieved by the utilization of cooperated optimization method.

利用协同优化方法实现了四辊轧机机座的结构参数设计优化。

Through the calculation and analysis for additive stress of main reducing gear's fast speed shaft in three high mill of Jisteel medium plate plant,expounds that the additive stress produced in the pro cess of working of parts for rolling mill, shearer and blanking press with balance wheel to the influence of shaft's strength is not to be ignored.

通过对济钢中板厂三辊轧机主减速机高速轴的附加力的计算与分析，阐明轧机，剪切机，冲压机械等带飞轮的部件在工作过程中所产生的附加应力对轴强度的影响是不应忽视的，在设计，维护和修理时要加以注意。

This is useful for Pan gang resolve Hot MILL three technicaltransformation projects up roller mill width Control System(AWC. After the transformation,It needs to borethe existing legislation for roller mill housing bore for theinstallation of a long journey servo tank.

摘要解决攀钢热轧板厂三期技改工程（立辊轧机宽度自动控制系统）改造后，需对现有的立辊轧机机架进行扩孔，以便安装长行程伺服油缸。

This is useful for Pan gang resolve Hot MILL three technical transformation projects up roller mill width Control System (AWC. After the transformation,It needs to bore the existing legislation for roller mill housing bore for the installation of a long journey servo tank.

解决攀钢热轧板厂三期技改工程（立辊轧机宽度自动控制系统）改造后，需对现有的立辊轧机机架进行扩孔，以便安装长行程伺服油缸。

This is useful for Pan gang resolve Hot MILL three technical transformation projects up roller mill width Control System (AWC. After the transformationIt needs to bore the existing legislation for roller mill housing bore for the installation of a long journey servo tank.

解决攀钢热轧板厂三期技改工程（立辊轧机宽度自动控制系统）改造后，需对现有的立辊轧机机架进行扩孔，以便安装长行程伺服油缸。

In Taiwan for more than 30 years experience in the heat treatment, its projects around the aerospace industry, defense industry, automobile industry, and other difficult part, and accumulated a metal heat treatment of materials science and experience, the key to the development of high-performance components, Jimi Ya sen ( 20 roller mill) work roll is a representative sample.

在台湾30多年的热处理经验，其项目遍及航太工业、国防工业、汽车工业等高难度工件，并累积了金属材料科学的热处理经验，更不断地发展高性能关键性组件，仙吉米亚（20辊轧机）工作辊是一代表性范例。

James, son of Zebedee, and John the brother of James, whom he named Boanerges, that is, sons of thunder

载伯德的儿子雅各伯和雅各伯的弟弟若望，并为他们起名叫"波纳尔革"，就是"雷霆之子"

The southern Hungarian university city of Szeged will host part of the project, amounting to 40 percent of the total investment, which will mostly be paid for through Hungary's EU structural funds.

位于塞格德南部的匈牙利大学将负责部分项目，总计占总投入资金的40%。大部分资金将由匈牙利的欧盟结构基金会支付。