1) semi-decoupling design
半解耦设计
2) decoupling design
解耦设计
1.
Ordinal decoupling design of the complex coupling model for a wide strip tandem cold mill;
宽带钢冷连轧机综合耦合模型的分步解耦设计
2.
A shape and gauge coupling model was established based on systematic and theoretical analysis of the factors affecting shape and gauge,then a shape and gauge complex decoupling control system was developed based on the decoupling design of the model.
对轧制过程中影响板形板厚的各种因素进行了系统的理论分析,建立了板形板厚耦合模型,并在对其进行解耦设计的基础上建立了板形板厚综合解耦控制系统。
3.
Based on shape and gauge decoupling design,coupling relations between crown control and flatness control were analyzed to establish crown and flatness coupling models for different shape control schemes,and the coupling characteristics were analyzed and compared.
在板形板厚解耦设计的基础上,分析了不同控制方案下凸度平坦度控制之间的耦合影响关系,建立了相应的凸度平坦度耦合模型,并对其耦合特性进行了分析比较。
3) ordinal decoupling design
分步解耦设计
4) decoupling joint design
解耦关节设计
5) noncancellation decoupling design
非对消解耦设计
6) synchronous decoupling design
解耦同步设计
1.
The concept and method of a synchronous decoupling design on work and backup roll contours are built up.
本文提出并建立了中厚板精轧机的工作辊与支持辊辊形解耦同步设计的理论和方法,依此创制出2800mm四辊轧机使用的变接触支持辊辊形(PMR)及配套的系列工作辊辊形和轧制超平材用的工作辊辊形(PWR),建立了相应的磨辊工艺制度。
补充资料：半解
1.剖分为二。 2.未全理解。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条