辽宁科技大学本科生毕业设计（论文） I400 万吨冷轧板带钢车间设计摘要本次设计是参考宝钢冷轧厂 2030 生产线设计而成，年产量为 400 万吨，典型产品为 Q345 冷轧薄板带钢，产 品规格 1.2 1280mm。主要 设备机组包括连续酸洗五机架连轧机组、罩式退火炉机 组、 单机架四辊平整机组 、连续式退火炉机组、连续式热镀锌机组、连续电镀锌机组、涂层机组、剪切机 组和重卷包装机 组。设计阐述了冷轧带钢的生产工艺特点、应用、发展状况并简要介绍冷轧薄板带钢 的生产工艺流程， 进而设计出以Q345 为代表的冷轧产品、特深冲 产品、 热镀锌产品、电镀锌产品和涂层产品。根据年产能力制定了轧制制度，计算了 轧制力， 对轧辊强度， 电机能力，车间年产量进行了校核。同时还介绍了各项经济技术指标。最后论述了冷轧能耗数学模型以及数学模型在轧钢生产中的应用等方面的内容。关键词：冷轧带钢；轧制工艺；轧制制度；校核；冷轧能耗模型 辽宁科技大学本科生毕业设计（论文） IIWorkshop design for a cold-rolled strip plant with an annual yield of 4 million tonsABSTRACTReferring to Baosteel 2030mm workshop, a plant for typical product of Q345, 1.2 1280mm with annual yield of 4 million tons was designed. Major facilities include continuous acidwashing and five frame continuous rolling crew, hood-type annealing furnace, single frame skin rolling unit with four rolls, continuous annealing furnace, continuous hot galvanizing unit, coating unit, shearing unit, rewinding and packing unit. The design described processing features, application, development of the cold-rolled strip steel, and briefly introduced production technology, designed cold-rolled products, super deep punched products, hot galvanized products, electrogalvanized products, and coated products. According to the producing capacity, rolling schedule was determined, rolling force was calculated, the roll strength, motor capacity, and the annual yield of the workshop were checked, and the economic and technical norms were introduced. At the end, the typical energy-consumption math models for cold rolling and their application in steeling rolling were described.Key words: Cold-rolled steel strip; Rolling process; Rolling system; check; Cold-rolled consumption model 辽宁科技大学本科生毕业设计（论文） III目 录摘要 .IABSTRACT .II目 录 .III1 文献综述 .11.1 冷轧带钢产品的发展、应用及地位 .11.2 冷轧薄板带钢生产工艺特点 .11.2.1 加工温度低，在轧制中将产生不同程度的加工硬化 .11.2.2 冷轧中要采用工艺冷却和润滑（工艺冷润）.11.2.3 冷轧中要采用张力轧制.11.3 冷轧生产工艺流程 .11.3.1 酸洗.11.3.2 轧制.11.3.3 精整.11.3.4 镀锌.11.3.5 矫直.11.3.6 板带钢轧制制度的确定.11.4 冷轧薄钢板生产的发展历史 .11.4.1 国际冷轧发展史.11.4.2 我国冷轧发展史.11.5 当今现代轧制工艺技术的特点 .11.5.1 大力开发高精度轧制技术.11.5.2 轧制过程连续化的新进展 无头轧制技术.11.5.3 轧制过程的自动控制和智能控制技术.11.5.4 深加工技术.11.6 几种冷轧薄板带钢轧机设备介绍 .11.6.1 二辊轧机.11.6.2 四辊式冷轧机.