Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Auxiliary trestle erecting and disassembling process for steel box bridge construction
The invention relates to an auxiliary trestle erecting and disassembling technology for steel box bridge construction. A trestle comprises steel pipe piles, pile top bearing beams, bailey trusses, distribution beams and a riffled plate bridge deck. The construction method is characterized by comprising the steps of S1, pile foundation construction; s2, constructing an upper structure of the trestle; s3, maintaining the steel trestle; s4, the steel trestle is dismantled; in pile foundation construction, a crane is matched with a vibratory hammer to drive the steel pipe pile, and the pile sinking efficiency and the supporting strength of the steel pipe pile are guaranteed along with keeping of a monitoring state; in the construction of the trestle upper structure, the reinforcing vertical rods are arranged between the bailey trusses for supporting, and the supporting strength of the steel box bridge is improved; the bailey trusses are continuously assembled, so that the construction efficiency of the trestle is greatly improved, and the construction cost and the construction time are effectively saved; in the trestle dismantling process, the trestle is quickly dismantled through reverse operation; compared with a traditional bridge erecting and disassembling period, the erecting and disassembling period of the trestle is greatly shortened, and the trestle material turnover efficiency is improved.
本发明涉及一种钢箱桥梁建造用辅助栈桥搭设拆卸工艺，栈桥包括钢管桩、桩顶承重梁、贝雷桁架、分配梁和花纹钢板桥面；其特征在于：包括S1：桩基施工；S2：栈桥上部结构施工；S3：钢栈桥的维护保养；S4：钢栈桥的拆除；桩基施工中用吊车配合振动锤施打钢管桩，且随着保持监测状态，保证了钢管桩的沉桩效率和支撑强度；栈桥上部结构的施工中，贝雷桁架之间设置加强竖杆进行支撑，提高钢箱桥梁的支撑强度；贝雷桁架采用连续式装配大大提升了栈桥的施工效率，有效节省了施工成本及施工时间；栈桥在拆除中，采用逆向操作快速的拆除栈桥；栈桥的搭设拆除周期相比于传统桥搭设拆卸周期实现了大幅缩短，提高了栈桥材料周转效率。
Auxiliary trestle erecting and disassembling process for steel box bridge construction
The invention relates to an auxiliary trestle erecting and disassembling technology for steel box bridge construction. A trestle comprises steel pipe piles, pile top bearing beams, bailey trusses, distribution beams and a riffled plate bridge deck. The construction method is characterized by comprising the steps of S1, pile foundation construction; s2, constructing an upper structure of the trestle; s3, maintaining the steel trestle; s4, the steel trestle is dismantled; in pile foundation construction, a crane is matched with a vibratory hammer to drive the steel pipe pile, and the pile sinking efficiency and the supporting strength of the steel pipe pile are guaranteed along with keeping of a monitoring state; in the construction of the trestle upper structure, the reinforcing vertical rods are arranged between the bailey trusses for supporting, and the supporting strength of the steel box bridge is improved; the bailey trusses are continuously assembled, so that the construction efficiency of the trestle is greatly improved, and the construction cost and the construction time are effectively saved; in the trestle dismantling process, the trestle is quickly dismantled through reverse operation; compared with a traditional bridge erecting and disassembling period, the erecting and disassembling period of the trestle is greatly shortened, and the trestle material turnover efficiency is improved.
本发明涉及一种钢箱桥梁建造用辅助栈桥搭设拆卸工艺，栈桥包括钢管桩、桩顶承重梁、贝雷桁架、分配梁和花纹钢板桥面；其特征在于：包括S1：桩基施工；S2：栈桥上部结构施工；S3：钢栈桥的维护保养；S4：钢栈桥的拆除；桩基施工中用吊车配合振动锤施打钢管桩，且随着保持监测状态，保证了钢管桩的沉桩效率和支撑强度；栈桥上部结构的施工中，贝雷桁架之间设置加强竖杆进行支撑，提高钢箱桥梁的支撑强度；贝雷桁架采用连续式装配大大提升了栈桥的施工效率，有效节省了施工成本及施工时间；栈桥在拆除中，采用逆向操作快速的拆除栈桥；栈桥的搭设拆除周期相比于传统桥搭设拆卸周期实现了大幅缩短，提高了栈桥材料周转效率。
Auxiliary trestle erecting and disassembling process for steel box bridge construction
一种钢箱桥梁建造用辅助栈桥搭设拆卸工艺
JIANG HENGXIN (Autor:in) / TANG HAIBO (Autor:in) / HE JINGXUAN (Autor:in) / ZHOU RUI (Autor:in) / GU CHAO (Autor:in) / BAI XIAOWEI (Autor:in) / HAN LULU (Autor:in) / KANG XUEXIN (Autor:in) / LIU ZHAOYANG (Autor:in) / WANG XUAN (Autor:in)
24.10.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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