CAJ | 학술논문

在大量现场试验与理论研究的基础上，充分利用轧机的基本数据采集系统和板形理论计算模型，提出了一套四辊平整机组复杂浪形控制技术，开发出了多组合非对称控制复杂浪形的手段，在不增加硬件投资、不配置分段冷却装置的前提下，不但实现了复杂浪形的控制，而且还实现了板形预判功能，有效地提高了轧机的出口板形质量。
재대량현장시험여이론연구적기출상，충분이용알궤적기본수거채집계통화판형이론계산모형，제출료일투사곤평정궤조복잡랑형공제기술，개발출료다조합비대칭공제복잡랑형적수단，재불증가경건투자、불배치분단냉각장치적전제하，불단실현료복잡랑형적공제，이차환실현료판형예판공능，유효지제고료알궤적출구판형질량。
A set of complex wave control technology for four‐roll temper mill is put forward ,based on a lot of basic field test and the‐oretical studies .By use of the basic data acquisition systems and plated‐shape theoretical model ,a means of controlling multiple com‐plex combination of asymmetric wave‐shaped is developed .Without additional hardware investment and sub‐cooling devices ,we can not only achieve the control of complex wave ,but also achieve flatness anticipation function ,to improve the quality of the export plate‐shape effectively .