中厚板在机械工业中早已有广泛应用。
Medium and heavy plate has been widely used in mechanical industry.
论述了中厚板轧机对工作辊的技术要求。
The technique requirements of this kind of roll are dissertated.
研究中厚板生产中板形预报与板形控制。
当然可以。各种中厚板和薄板，以及各种型钢。
Of course. Plate, sheet and various kinds of section steels.
当然可以。各种中厚板和薄板，以及各种型钢。
铝青铜中厚板，薄板，带材和轧制棒材标准规格。
Standard Specification for Aluminum Bronze Sheet, Strip, and Rolled Bar.
这对改进我国中厚板控制冷却系统提供了方法和途径。
All these offered methods and approaches to ameliorate controlled cooling system of medium plate in China.
采用动态显式有限元法对中厚板轧制过程进行了分析。
The rolling process of medium plate was analyzed with the explicit dynamic finite element method.
介绍了中厚板轧机生产线全自动轧钢功能的实现过程。
How to implement the on-line full automatic rolling control on plate mills in tandem was introduced.
中厚板的表面质量对中厚板的生产和使用均有重要影响。
The surface quality of medium and heavy plate has an important influence on its production and application.
基于中厚板的轧制特点，提出了基于灰色关联度的道次修正算法。
Based on the feature of plate rolling process, pass correction based on gray relational grade is put into forward.
阐述中厚板推钢式加热炉施工中的重点、难点问题以及解决方法。
This paper introduces emphases, difficulty and countermeasure in the construction of pusher type continuous reheating furnace.
介绍了应用在中厚板轧机压下装置上的电气及液压自动化控制系统。
This paper introduces a electrical and hydraulic control system in screw down device of plate mill.
对适合用作中厚板冷冲压模具的二种新研制的铸造模具钢作了介绍。
Two new casting die steels were developed for press moulding of medium thickness steel plates.
中厚板热轧过程中的头部弯曲是一个极其复杂的多元非线性函数关系。
Head bending in the process of hot rolling of plate is an extremely complicated multi element non-linear relationship.
薄板和中厚板的超高速撞击特性是空间碎片防护结构设计的重要基础。
The hypervelocity impact characteristics of thin plate and medium thickness plate are the important basic for design of space debris shield structure.
该设计及其控制对改进中厚板控制冷却系统提供了方法和成功的范例。
All these design and control offered the methods and successful paradigm to ameliorate controlled cooling system of medium and heavy plate production.
为了解决连铸坯与中厚板材生产不匹配的问题，济钢新建了板坯连铸机。
In order to solve the production-matching problem of the slabs and the plates, Jigang built the new slab continuous casting machine.
具体提出提高中厚板产品质量的重点，介绍已开发的具有代表性的几种新产品。
Key points to improve product quality of medium steel plate are given in the concrete, and several representative new products developed are introduced.
该模拟结果对确定中厚板热矫直模型，掌握矫直变形规律具有一定的指导意义。
The simulation will help the hot plate leveling modeling and realize the law of leveling deformation.
基于中厚板轧制过程中头部厚度超差原因，分析了传统的头部补偿方法的不足之处。
Based on the cause of gauge oversizing of plate head, the traditional head gauge compensation methods were analyzed.
针对该结构的特点，着重分析和计算了转换层的中厚板和支承在中厚板上的剪力墙。
Aiming at this special structure, the medium thick plate used in transition storey and its supporting shear walls are analyzed.
本文结合中厚板生产实际，采用二级计算机系统实现了钢板冷却过程的微跟踪控制。
Combined with plate production, two levels computer control system was used to realize micro-tracking control.
基于此特性，提出中厚板电-液联合辊缝设定新方法?无回缩变精度快速辊缝设定法。
Then a retraction less variable precision gap setting method was put forward based on the characteristic of plate gap setting.
通过对国内中厚板的市场需求研究，预测了我国中厚板产品市场需求量、行业用钢要求。
Then this study predicts the market demand and industry requirements on the medium and thick plate by analyzing the domestic demand.
中厚板控制冷却时钢板的长度方向温度不均，冷却过程加剧了钢板纵向的温度不均匀性。
Uneven temperature already existed in plate lengthwise direction before cooling, and the uneven temperature tendency was aggravated after it cooled.
如何计算轧制过程的力能参数以及提高板材的力学性能，一直是中厚板轧制理论的重要问题。
How to calculate mechanical parameters and improve mechanical properties of plate are always important problems in hot plate rolling.
因此研究中厚板轧制平面形状控制对提高中厚板轧制的成材率和产品质量及节能降耗至关重要。
So it is significant to study the plan view pattern control technique for improving plate yield and plate quality and to save conserve energy.
结果表明，热轧Q 345 B中厚板表面纵裂纹是由于铸坯中存在夹杂物及铸坯纵裂引起的。
The results show that the surface longitudinal crack of hot-roll Q345B medium plate is caused by inclusion and surface longitudinal crack of slab.
结果表明，热轧Q 345 B中厚板表面纵裂纹是由于铸坯中存在夹杂物及铸坯纵裂引起的。
The results show that the surface longitudinal crack of hot-roll Q345B medium plate is caused by inclusion and surface longitudinal crack of slab.
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