森吉米尔轧机支撑辊性能研究

森吉米尔轧机是冷轧硅钢的重要设备，其结构复杂且具有多种辊形调整手段。通过利用CAE仿真技术对法国DMS和日本日立两种形式轧机的支撑辊进行仿真分析，研究可能限制AS-U调节量的因素，最终得到两种形式轧机的最大AS-U调节量，为现场板形调节的工作人员提供了理论指导。     

Development and Experimental Evaluation of Strip Shape Prediction Model for Sendzimir Rolling Mills

It is difficult to obtain the desired strip shape using Sendzimir rolling mills because small diameter work rolls can be easily deformed by the rolling force. To control the strip shape effectively, it is important to understand the relationship between the behavior of the shape actuator and the variation of the strip shape. A numerical model based on the contact element method was proposed for the prediction of strip shape. In this numerical model, the relationships between the actuating forces, the roll deflections, the thickness profiles of the entry and exit sides, and the strip shape were considered. The proposed numerical model for strip shape prediction was evaluated by computer simulation and experiment with respect to various AS-U roll and first intermediate roll positions.     

森吉米尔轧机支撑辊性能研究

森吉米尔轧机是冷轧硅钢的重要设备,其结构复杂且具有多种辊形调整手段。通过利用CAE仿真技术对法国DMS和日本日立两种形式轧机的支撑辊进行仿真分析,研究可能限制AS-U调节量的因素,最终得到两种形式轧机的最大AS-U调节量,为现场板形调节的工作人员提供了理论指导。