After-fire steel structure damage evaluation system based on mobile wireless technology

The invention relates to an after-fire steel structure damage evaluation system based on a mobile wireless technology. The system comprises an after-fire steel structure damage database, an after-fire steel structure residue carrying force calculating system, an after-fire steel structure safety per...

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Hauptverfasser: SONG JIA, MA YUEKUN, ZUO YONGZHI, LIU YUNLONG, LI ZHENZHEN, SONG HUIJIE, DONG LIMAN, LI CHAO, LI BOTIAN, MA DEYUN, LU QIAOZHI, ZOU LINHAI, SHI YAN, JU YUNQI, LIU YAKUN, NAN KUN, SUN DI, LIU YUMIN
Format: Patent
Sprache:eng
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Zusammenfassung:The invention relates to an after-fire steel structure damage evaluation system based on a mobile wireless technology. The system comprises an after-fire steel structure damage database, an after-fire steel structure residue carrying force calculating system, an after-fire steel structure safety performance authenticating system, an in-site data fast collecting system and a wireless communication transmission system, wherein the after-fire steel structure damage database, the after-fire steel structure residue carrying force calculating system and the after-fire steel structure safety performance authenticating system are built on the basis of a background server, the in-site data fast collecting system is built on the basis of mobile equipment, and the wireless communication transmission system realizes the wireless two-way connection of the in-site data fast collecting system and the background server. The after-fire steel structure damage evaluation system has the advantages that the in-site component data can be fast collected, in addition, each stage of indexes are subjected stage-by-stage recurrence calculation through the damage database, the residue carrying force calculation system and the safety performance authenticating system via quantitative analysis and qualitative analysis, the after-fire steel structure damage and the safety grade are automatically determined, and the after-fire steel structure damage and safety evaluation results are formed.