首页> 外文期刊>JFE technical report >High Performance 550 MPa Class High Strength Steel Plates for Buildings -Steel Plates with New Specified Design Strength, 'HBL385,' which Minimize Construction Costs in Frame Fabrication and Alleviate Environmental Burden-
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High Performance 550 MPa Class High Strength Steel Plates for Buildings -Steel Plates with New Specified Design Strength, 'HBL385,' which Minimize Construction Costs in Frame Fabrication and Alleviate Environmental Burden-

机译:高性能550 MPa级高强度建筑用钢板-具有新指定设计强度的钢板“ HBL385”,可最大程度地减少框架制造的施工成本并减轻环境负担-

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摘要

JFE Steel has developed a high -Strength steel plate, "HBL385", with lower limit yield strength of 385 MPa, providing a combination of economic efficiency, earthquake resistance, and weldability. This developed steel has the middle strength between HBb'355 and SA440, and good weldability equivalent to HBL355. Production of this steel plate was made possible for the first time by applying thermo-mechanical control process (TMCP) technology using the most advanced JFE Steel's on-line accelerated cooling system. Heat affected zone (HAZ) toughness of HBL385-E for high heat input welding was improved by applying JFE Steel's microstructural control technology for high heat input welding, "JFE EWEL," accomplishing the Charpy absorbed energy value above 70 J (average) at 0 deg C. The developed steel has been approved by Minister of Land, Infrastructure and Transport, and the actual application results of the developed steels are under increase.
机译:JFE Steel开发了高强度钢板“ HBL385”,其下限屈服强度为385 MPa,兼具经济效益,抗震性和可焊接性。这种发达的钢具有介于HBb'355和SA440之间的中等强度,并且具有与HBL355相当的可焊性。通过使用最先进的JFE Steel在线加速冷却系统应用热机械控制过程(TMCP)技术,首次使这种钢板的生产成为可能。通过应用JFE Steel的高热输入焊接微结构控制技术“ JFE EWEL”,提高了HBL385-E用于高热输入焊接的热影响区(HAZ)韧性,在0时夏比吸收能量值达到70 J(平均值)以上发达钢种已获得国土交通大臣的批准,其实际使用结果正在增加。

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