Research and Practice of Production Technology for High Performance Low Alloy Steels in WISCO

来源 :Journal of Iron and Steel Research(International) | 被引量 : 0次 | 上传用户:exiaodong1986
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
The product system of high strength low alloy steels (HSLA) produced by Wuhan Iron and Steel (Group) Corporation (WISCO) was presented.A series of high performance structural steels have been developed for important construction projects around the world in different areas,such as bridge,pressure vessel,pipe line,shipbuilding,architecture,machinery and railway wagons.In order to promote the development of large heat input welding steel,high grade thick pipeline steel and long span bridge steel,a lot of advanced production technologies have been achieved through intensive investigation,such as the control of high purity,high homogenization and free defects in steel slabs,the rules of high melting point particle formation and distribution in micro and nano scale during steel production,and the TMCP technology for ultra low carbon bainite steel for medium and heavy plates.WISCO will carry on research and application of economic and weather-resistant steels and promote the developing and producing technologies of HSLA steel. The product system of high strength low alloy steels (HSLA) produced by Wuhan Iron and Steel (Group) Corporation (WISCO) was presented. A series of high performance structural steels have been developed for important construction projects around the world in different areas, such as bridge, pressure vessel, pipe line, shipbuilding, architecture, machinery and railway wagons.In order to promote the development of large heat input welding steel, high grade thick pipeline steel and long span bridge steel, a lot of advanced production technologies have been achieved through intensive investigation, such as the control of high purity, high homogenization and free defects in steel slabs, the rules of high melting point particle formation and distribution in micro and nano scale during steel production, and the TMCP technology for ultra low carbon bainite steel for medium and heavy plates. WISCO will carry on research and application of economic and weather-resistant steels and promote the developing and p roducing technologies of HSLA steel.
其他文献
Two kinds of low-carbon low-silicon TRIP (Transformation Induced Plasticity) steels containing vanadium are designed using ThermoCalc software in the light of b
The B2-L21 ordering transitions in Au-Cu-Al shape-memory alloys are studied by the Monte Carlo exchange simulations,where a set of the first,the second and the
人要经历一个不幸的抑郁症的或自我崩溃阶段。在本质上,这是一个昏暗的收缩点。每一个文化创造者都要经历这个转折点,他要通过这一个关卡,才能到达安全的境地,从而相信自己,
写作教学是高中语文教学中培养学生写作能力、陶冶情操的主要方式。近年来,我国推行了一系列语文教学改革,但由于传统教学观念的影响,高中语文写作教学效果还没有得到有效提
北京时间2016年4月12日上午,英国著名理论物理学家史蒂芬·霍金在新浪开通了个人微博。在微博上,他向中国网友问好,并表示将在社交媒体上与中国用户交流心得。两天后,霍金的粉丝达到近300万。无论是网络还是线下,霍金本来就红,在中国开微博,霍金就成为中国的网红。霍金在中国成为网红还有一个主要原因是因为他在第二条微博中发布的一个撩拨人的消息,人类可以飞向半人马星座的α星。    飞向α星现在还是科幻 
王国维说他来日正长  1925年的夏天,上海报纸上登载的清华大学国学研究院招生消息,吸引了20岁的蔡尚思的注意。那时候,他还是福建德化县的一个农家小伙子,因为父亲曾是私塾老师,从7岁起便开始读五经,母亲则教导他要“为老百姓而读书”。  “男儿立志出乡关,学不成名誓不还。”韩愈的这句诗,常被蔡尚思挂在嘴边。看到那条招生消息后,他的心活动了起来。  虽然父亲逼婚,家里一贫如洗,乡亲们百般劝说,蔡尚思却
Tension-tension fatigue life tests on nano-grained delaminated low-carbon steel sheet under different fatigue loads are carried out to study the fatigue propert
在欧债问题日益恶化、美国经济依然疲软的环境下,今年主题为“紧密联系的区域经济”的APEC峰会格外引人注目,作为东道主的美国总统奥巴马,就已经迫不及待地向外界表露:美国已和其他八个APEC国家就泛太平洋经济战略伙伴关系(TPP)的贸易大纲达成了一致,将以亚洲为重点刺激经济增长。虽然现有的八个国家不包括亚洲最大的三个经济体——中国、日本和韩国,但是,它存在于目前世界经济最活跃的区域,而且由美国在这个地
数感主要是指关于数与数量表示、数量大小比较、数量和运算结果的估计等方面的直观感觉。因此,加强数概念教学,通过数概念的建构,培养学生数感。现以教学“100以内数的认识”
期刊
无论对买方还是卖方,跨国采购似乎成为一块唾手可得的香喷喷的奶酪.世界级企业争相来中国设立采购机构,以降低销售成本;而国内的众多生产制造厂商更是迫不及待地“跑进”跨国