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Toughening mechanisms of a high-strength acicular ferrite steel heavy plate被引量:5
2010年
An ultra-low carbon acicular ferrite steel heavy plate was obtained with an advanced thermo-mechanical control process-relaxed precipitation controlled transformation (TMCP-RPC) at Xiangtan Steel, Valin Group. The heavy plate has a tensile strength of approximately 600 MPa with a lower yield ratio. The impact toughness of the heavy plate achieves 280 J at ?40°C. The fine-grained mixed microstructures of the heavy plate mainly consist of acicular ferrite, granular bainite, and polygonal ferrite. The high strength and excellent toughness of the heavy plate are attributed to the formation of acicular ferrite microstructure. The prevention of blocks of martensite/retained austenite (M/A) and the higher cleanness are also responsible for the superior toughness.
Zhi-qiang CaoYan-ping BaoZheng-hai XiaDeng LuoAi-min GuoKai-ming Wu
关键词:针状铁素体铁素体钢宽厚板强韧化机制粒状贝氏体
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