1.
Parameterized Design of Ring Rolling Based on Automation Gateway
基于AutomationGateway的环件轧制参数化设计
2.
Study of the Key Technologies on Monitoring and Optimizing of Rolling Parameter of Heavy Rail Universal Line
重轨万能线轧制参数监视及优化关键技术研究
3.
Study of Optimize-range Control Model of Rolling Parameters of High Speed Rail by Universal Mill
万能线高速钢轨轧制参数优势区间在线控制模型研究
4.
Application Research on Optimized Wire Rod RSM Rolling Parameters by DOE
运用试验设计优化高线减定径机组轧制参数的应用研究
5.
L2 Parameter Optimization of Short Stroke Control for Rough Rolling Edger on Hot Strip Mill
热连轧粗轧立辊短行程控制二级参数优化
6.
Study on Processing Parameters Optimization of Three-rolls Planetary Rolling;
三辊行星轧制工艺参数优化技术研究
7.
Study on AGC System of Strip Mill and Analyze Regression Calculate of Parameters;
轧机板厚AGC控制系统及参数预测分析
8.
ANALYSIS AND PARAMETER MODIFICATION OF MINIMUM TENSION CONTROL PROCESS FOR CONTINUOUS BAR MILL
棒材连轧机微张力控制过程分析与参数修改
9.
Multi-Parameter Coupled Simulation of H-Beam Rolling and Experimental Study;
H型钢轧制过程多参数耦合模拟与实验研究
10.
Investigation of Variable Hydraulic Parameters in the Gauge Control System for a Four-high Strip Mill;
四辊轧机辊缝控制系统液压变参数问题的研究
11.
The Development of the FinishRolling Main Transmission Working State Parameters Monitoring and Analyzing System;
精轧主传动状态参数监测分析系统的研制
12.
A variable parameter control method of dynamic tension cold coiler
一种冷轧卷取机动态张力的变参数控制方法
13.
Strip profile multi-factor description and high-quality steel rolling control in hot rolling
热轧带钢横截面多参数表示及高精度板形控制
14.
The Development of Data Collecting System and the Research of Loop Control Parameter Optimizing in High-speed Rolling Mill;
线材轧制数据采集系统开发及活套控制参数优化研究
15.
Mill modulus control(MMC)is one of important methods in the automatic gauge control(AGC)systems of strip rolling mills.
变刚度系数是板带连轧机厚度自动控制系统中一个重要的参数。
16.
Modeling and Simulation of the Fine-tuned Parameter Fuzzy Control System of the Copperplate Rolling
铜板轧制自调整参数模糊控制系统的建模与仿真
17.
Influences of Differential Speed Rolling Process Parameters on Microstructure and Properties of MB1 Magnesium Alloy Sheets
异步轧制工艺参数对MB1镁合金板材组织和性能的影响
18.
Effect of Rolling-Direct Quenching Parameters on Structure and Properties of Ti-B Microalloying Low Carbon Si-Mn Steel
轧制-直接淬火参数对Ti-B微合金化低碳Si-Mn钢组织和性能的影响