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Thick Plate Technology for the Last 100 Years: A World Leader in Thermo Mechanical Control Process

机译：过去100年的厚板技术：热机械控制过程的世界领导者

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摘要

The history of construction of thick plate mills in Japan and trends in the development of rolling technology (gauge control, plan view control, and crown control) during the 100 year history of plate technology in this country are discussed in outline, and the Thermo Mechanical Control Process (TMCP) is reviewed.In 1901, the blast furnace at the state-owned Yawata Steel Works was blown-in and the medium gauge plate mill was started up, followed by startup of a 3-high rolling mill in 1905. Today, Japan has an annual thick plate production capacity of more than 10 million tons. Various important technical advances have also been achieved over the years, including gauge control, plan view pattern control, and crown control. The Thermo Mechanical Control Process was applied to controlled rolling for the first time in the 1960s, and accelerated cooling was applied in the 1980s. These technologies first reached full maturity in Japan and are now global technologies. The heat-treatment on-line process was also developed and continues to be a world-leading technology.
机译：概述了日本厚板轧机的建设历史以及该国100年板技术发展过程中轧制技术（轨距控制，平面视图控制和凸度控制）的发展趋势，并介绍了热机械审查了控制过程（TMCP）。1901年，吹入了国有八Ya钢铁厂的高炉，并启动了中型板轧机，随后于1905年启动了三辊轧机。 ，日本年厚板产能超过1000万吨。这些年来，还取得了各种重要的技术进步，包括量规控制，平面图图案控制和冠度控制。在1960年代首次将热机械控制工艺应用于控制轧制，并在1980年代应用了加速冷却。这些技术首先在日本成熟，现在已成为全球性技术。热处理在线工艺也得到了发展，并且一直是世界领先的技术。

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