摘要
研究了一种Ti-IF(Interstitial-free)钢在铁索体区热轧和退火过程中织构的变化．由于轧制过程摩擦的影响,热轧织构和退火织构在厚度方向上都有很大的差异．在钢板的表层,热轧织构的主要组分是{110}<001>,退火后表层的铁素体晶粒没有发生再结晶,该组分转变为{001}<110>;在试样的中心和1／4面,热轧织构组分主要是较弱的<111>／／ND(板法向)织构和部分<110>／／RD且在{001}<110>处最强;退火后中心面上的晶粒发生了完全再结晶,{001)组分转变为<111>／／ND组分使<111>／／ND织构成为唯一织构组分且在{111}<112>处最强．
The texture characteristics in a Ti-IF steel during hot rolling in ferrite region and subsequently annealing were investigated. The results show that the texture characters at the surface were absolutely different from that at mid-section and 1/4-section due to the friction between the steels and rolls. The main components at surface before annealing were {110}（001） orientation, which transformed to {001}（110） after annealing. While at the mid-section and 1/4-section, weak （111）//ND （normal direction） texture and strong （110）//RD （rolling direction） texture focused on {001} （110） orientation was formed before annealing, but {001} （110） orientation transformed to {111}（112） transformation and only（111）//ND recrystallization texture existed after annealing.
出处
《材料研究学报》
EI
CAS
CSCD
北大核心
2006年第4期399-402,共4页
Chinese Journal of Materials Research
基金
国家自然科学基金50104004资助项目.~~
关键词
材料科学基础学科
铁素体区轧制
TI-IF钢
织构
演变规律
foundational discipline in materials science, ferritic rolling, Ti-IF steel, textures, evolution
