轧钢
軋鋼
알강
STEEL ROLLING
2001年
1期
10-13
,共4页
厚度%板形%凸度%模型%遗传系数%优化
厚度%闆形%凸度%模型%遺傳繫數%優化
후도%판형%철도%모형%유전계수%우화
分析了板带轧制过程中板形和凸度控制的重要性，减少凸度能显著提高成材率，而轧制过程的固有特性使得板形和凸度难以控制。为此，讨论了当前常用的3种板形控制模型及其特点，探讨了板形和厚度一体化控制的实施途径。
分析瞭闆帶軋製過程中闆形和凸度控製的重要性，減少凸度能顯著提高成材率，而軋製過程的固有特性使得闆形和凸度難以控製。為此，討論瞭噹前常用的3種闆形控製模型及其特點，探討瞭闆形和厚度一體化控製的實施途徑。
분석료판대알제과정중판형화철도공제적중요성，감소철도능현저제고성재솔，이알제과정적고유특성사득판형화철도난이공제。위차，토론료당전상용적3충판형공제모형급기특점，탐토료판형화후도일체화공제적실시도경。
The importance of controlling strip shape and crown is analyzed, but it is difficult to realize due to the intrinsic characteristics of rolling process. The current three models and their characteristics for shape control are discussed, and the incorporated control approach for strip shape and crown is put forward.
