Effect of stabilizing elements Nb and Ti on the microstructure and properties of low carbon ferritic stainless steel-中国期刊网

摘要 Abstract:Theeffectofstabilizingelements,suchasNbandTi,onthemicrostmctureandpropertiesoflowcarbonferriticstainlesssteel(FSS)hasbeeninvestigated.TheresultsoftheThermo-calcsimulationhaveshownthattheinterstitialelements,suchasCandN,maybecompletelystabilizedbytheadditionofNbandTi.WiththeincreaseofNbandTicontents,thea+γtwophasesgraduallytransfertoasingleα-phaseunderahightemperaturecondition,andthecontentofthecarbideM_(23)C_6graduallydecreases.ThemicrostructurehasindicatedthatthecombinedadditionofNbandTicanpromotetherecrystallizationofthebandstructureandformmoreuniformequiaxedgrains.Also,withtheincreaseofNbandTicontents,theelongation,ther-valueandthecorrosionresistanceofcold-rolledandannealedsheetsareimprovedprominently.IncomparisonwiththeeffectofTi,theadditionofNbismorebeneficialtotheincreaseofr-valueandthecorrosionresistance.

1ZHANG Xin;DU Wei;HUANG Xunzeng. Effect of Nb and Ti on second-phase precipitation and mechanical properties of 430 ferritic stainless steel.钢铁冶金,2015-04.
2ZHENG Hongguang;SHEN Jicheng;WU Difeng;SUN Dan;CHEN Weiqing. Effect of Ti and Nb on the recrystallization of ultra low carbon and nitrogen Cr18 stainless steel.钢铁冶金,2010-01.
3DU Wei;JIANG Laizhu;SUN Quanshe;YU Haifeng;QIN Bin;LIU Zhenyu. Effect of the solidification structure on the ridging and drawability of ultra low carbon ferritic stainless steel.钢铁冶金,2010-01.
4HAN Jian ZHENG Hongguang WU Difeng XU Haigang. The effect of Ti addition on equiaxed grain formation in ferritic stainless steel welds.钢铁冶金,2010-01.
5Ying-li ZHAO;Jie SHI;Wen-quan CAO;Mao-qiu WANG;Gang XIE. Effect of direct quenching on microstructure and mechanical properties of medium-carbon Nb-bearing steel.物理,2010-10.
6LIU Heping;SUN Fcng'er;SUN Hu'er;LIU Bin;WANG Yi;JIN Xuejun. Analysis of Microstructure and Mechanical Properties of Ultrafine Grained Low Carbon Steel.材料科学与工程,2016-05.
7Yating Shan Xinghong Luo Xiaoqiang Hu Shi Liu. Mechanisms of Solidification Structure Improvement of Ultra Pure 17 wt% Cr Ferritic Stainless Steel by Ti, Nb Addition.材料科学与工程,2011-04.
8WANG Jian;LI Jun;ZHANG Lixiang;XIE Yingxiu. Effect of heating rate on the recrystallization microstructure and property of ultra-low-carbon steel.钢铁冶金,2014-01.
9ZHANG Chen;HU Xiaoping;LIU Gang;WANG Huanrong. The effect of cooling rate and coiling temperature on the microstructure and mechanical properties of a plain carbon steel.钢铁冶金,2018-01.
10BAO Yanping,WANG Min,CUI Heng,WU Weishuang and WU Huajie School of Metallurgical and Ecological Engineering,University of Science and Technology Beijing,Beijing 100083,China. Evolution of inclusions in Ti stabilized ultra low carbon steel(Ti-IF) steel.钢铁冶金,2010-04.

Effect of stabilizing elements Nb and Ti on the microstructure and properties of low carbon ferritic stainless steel

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Effect of stabilizing elements Nb and Ti on the microstructure and properties of low carbon ferritic stainless steel

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