Analysis of Anti-Seismic Performance of HRB500 Steel in Fire

机译：HRB500钢在火灾中的抗震性能分析

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HRB500 has been recognized an excellent material for structure. In this paper, Fire Dynamics Simulator (FDS) computer emulator method was adopted to analyze the bending performance and reinforcing ratio of HRB500 and conventional steel bar at the surface temperatures 600°C-900°C and center temperatures of 100°C-300°C underwent fire. The results showed that the HRB500 reinforced bar possessed superior seismic performance after the fire and this is helpful to the future application and design of steel for engineering.

机译：HRB500被公认为一种出色的结构材料。本文采用火力动力学仿真器（FDS）计算机仿真方法对HRB500和传统钢筋在表面温度600°C-900°C和中心温度100°C-300°C下的弯曲性能和增强比进行了分析。 C遭受了大火。结果表明，HRB500钢筋在火灾后具有出色的抗震性能，这有助于工程用钢的未来应用和设计。

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来源
《Eco-materials processing and design X》|2009年|417-420|共4页
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Hongbo Ma; Jin Li; Jun Yang;
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正文语种
中图分类工程材料一般性问题;
关键词
HRB500 steel; FDS; fire; anti-seismic performance; yield moment;

机译：HRB500钢; FDS;火;抗震性能;屈服力矩;

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机译：HRB500钢在火灾中的抗震性能分析
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机译：防火材料的热性能III。裸钢柱的耐火试验

Analysis of Anti-Seismic Performance of HRB500 Steel in Fire

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