Hydraulic AGC is one of the key technology of modern strip thickness control.
液压agc是现代板带厚度控制的关键技术之一。
Strip thickness control is one of the most important control links in cold strip production.
带钢厚度控制是冷轧带钢生产中最重要的控制环节。
The strip thickness at the exit of stand is determined by many ingredients such as roll force, tension.
出口带钢厚度取决于轧制力、张力等多个因素，各因素之间是相互影响和制约的。
By comparing the experiment data of strip thickness with the simulation ones, the validity of the model was confirmed.
通过比较母带厚度的实验值和模拟值，验证了模型的正确性。
This paper presents an artificial neural network model to predict the rolling force to control hot-rolled strip strip thickness.
研究了热轧板带厚度控制中轧制力预报环节的局部逼近神经网络实现方法。
The algorithm is able to adjust the schedule to make the strip thickness error less than set one by modifying the limit coefficient of rolling force.
该算法通过调整轧制力限制系数来调整约束条件使得最后道次的出口厚度与目标厚度的偏差小于给定误差，并同时获得优化的轧制规程。
The influences of strip thickness, forward and backward tension, reduction ratio and resistance to deformation on the edge drop were investigated in detail.
详细研究了带钢厚度、张力、压下率、变形抗力等对边缘降的影响。
Aiming at strip thickness fluctuation presently caused by roll eccentricity in cold rolling, a method of improving precision in spectrum analysis is proposed.
针对目前冷轧生产中因轧辊偏心引起带材厚度波动的问题，提出了一种提高轧辊偏心信号频谱分析精度的方法。
As to the flatness calculating of CVC mill, a software is developed to predict the strip thickness distribution after rolling by using the influence function method.
针对C VC热连轧精轧机组板形计算问题，采用影响函数法开发了计算热连轧机轧后板断面厚度分布的软件。
The system of roll mill press down is controlled to compensate the thickness variation of the hot strip mill so as to improve the hot-rolled strip thickness accuracy.
从各种随机噪声的轧制力信号这一复杂高频干扰周期波中分离出偏心信号，控制轧机在压下系统实现对偏心的补偿，以提高热轧带钢的厚度精度。
Precisely forecast strip thickness at the exit of cold tandem mill's each stand has very important significance for perfect automatic gauge control system and improve quality of product.
准确预测冷轧机各机架出口带钢厚度对于完善自动厚度控制系统和提高产品质量具有重要意义。
STRIP: Flat rolled steel used in the forming of cages. Hot or cold rolled to specified thickness, slit to specified widths and wrapped into coils.
钢带：卷起来用于加工保持架的带型钢材。通过热轧或冷轧达到一定的厚度，然后切割成一定的宽度并卷成钢带卷。
The hot strip local high points have very important influence on the internal stress distribution and thickness of cold strip.
热轧带钢局部高点对冷轧带钢板厚和内应力分布具有重要影响。
The thickness gauges should be tested and calibrated with samples of strip and any adjustments or corrections should be made.
用带材样品对测厚仪进行检测和校正，并进行必要的调整和修正。
The thickness and breadth of the steel strip is determined according to different pipe diameter and ring stiffness class requirements.
加强钢带的厚度与宽度根据管材直径、环刚度要求不同而分别设计确定。
The control system will be intelligent by introducing artificial intelligence technique into AGC strip steel thickness control system to increase control accuracy of strip steel thickness.
将人工智能技术引入到AGC带钢厚度控制系统中可使控制系统具有智能化，提高带钢厚度的控制精度。
The application results proved that the hot coil box technique can reduce the thickness tolerance of the ends of strips and improve the quality of products in hot strip rolling production.
实践证明：在带钢热连轧生产中采用热卷箱技术可以减小成品带钢的头尾厚度公差，提高产品质量。
Tests show that the seam breakage rate of the strip has been widely reduced and productivity and thickness accuracy raised by this method.
试验结果，大幅度降低了断缝率，提高了生产率及板厚精度。
With increasing the thickness, the temperature gradient in thickness direction is larger for the same cooling intensity, which would affect the uniformity of the microstructure in strip.
同时还表明随着带钢厚度增加，超快速冷却条件下厚度方向的温度梯度显著增大，对于带钢内部组织的均匀性将产生不利的影响。
This paper expounds the performance features of W-shape steel strip, and introduces the reinforcement technique adopted in the case that the lining thickness of railway tunnel is insufficient.
阐述了W型钢带的性能特点，介绍了W型钢带在铁路隧道衬砌厚度不足情况下的补强加固技术。
By the method of chemical analysis and the experienced method, the commissioning with load was speeded up and the thickness precision of the strip and the rolling stability was improved.
通过采用化学分析法和经验法加快了调试进度，提高了轧制稳定性和板带厚度精度。
Optimum profile, shape and thickness difference of strip can be obtained by means of changing stress distribution of load on the surface of strip.
通过改变轧辊、板带表面的应力分布，来得到理想的带材凸度、板形和厚差。
The scale thickness distribution on SPHC strip rolled by CSP process is investigated and compared with that by traditional hot rolling mill.
研究了CSP热轧SPHC单张板和板卷的氧化皮厚度，并与传统热连轧产品进行了比较。
This paper formulates the evolution of AGC technology concerning thickness control in hot strip mill, various retrieve function and the practical application effect of absolute AGC.
论述了热连轧机厚度控制AGC技术的各种补偿功能以及绝对值agc的实际应用效果。
Experiments show that the new system greatly improves the thickness accuracy of strip and is worthy of promotion.
实验表明，这种系统使板带的厚度精度大为提高，具有广阔的推广应用前景。
Tension and speed effect are especially important in thickness control in the produce of aluminum strip, but now it is difficult to establish a mathematical model in common use.
张力效应和速度效应是铝带精轧生产中进行厚度控制的关键，但目前尚不能完全从理论上建立一种普遍适用的数学模型。
The CSP process offers excellent pre-conditions with respect to a homogeneous temperature distribution over the strip length, thickness and width.
薄板坯处理技术在考虑到板坯在长度，宽度，厚度的温度均衡，提供了出色的先决条件。
Main equipment design of strip slitting unit applied for big steel coil, heavy thickness and high strength, such as uncoiling machine, disc shear and recoiler were researched.
对大卷、厚壁、高强度钢带纵剪机组的主要设备如开卷机、圆盘剪、卷取机的设计进行了探讨。
This paper analyzes the reasons leading to uneven thickness of cold rolled strip steel, problems existing in AGC control system and component and application prospect of intelligent technique.
分析了冷轧带钢厚度不均产生的原因、A GC控制系统存在的问题及智能技术的构成和应用前景。
This paper analyzes the reasons leading to uneven thickness of cold rolled strip steel, problems existing in AGC control system and component and application prospect of intelligent technique.
分析了冷轧带钢厚度不均产生的原因、A GC控制系统存在的问题及智能技术的构成和应用前景。
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