Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a shock-proof caisson wharf and a construction method thereof. The shock-proof caisson wharf comprises a caisson, a top plate, a working platform and a breast wall; the outer side of the bottom end of the caisson is fixedly sleeved with a base; the bottom end of the caisson is fixedly connected with a first rubber sliding-resistant plate; the first rubber sliding-resistant plate is integrally pressed on the surface of a foundation bed; the foundation bed is located on a foundation; a first reinforcing piece is arranged in the foundation bed; a cast-in-place pile is arranged on the foundation bed; the bottom end of the cast-in-place pile penetrates through the foundation bed to be located in the foundation; the surface of the foundation bed is further fixedly connected with a first wall; the first wall is connected with a second wall through a cross beam; the first wall and the second wall are arranged in parallel; the space between the first wall and the second wall is filled with a first filling material; the top end of the first wall and the top end of the second wall are jointly connected with the top plate; and the caisson is connected with the foundation bed through a first connecting pile. According to the shock-proof caisson wharf and the construction method thereof, the design is reasonable, the advantage of good stability is achieved, and popularization is easy.
本发明公开了一种耐震型沉箱码头及其施工方法,包括沉箱、顶板、工作平台和胸墙,所述沉箱底端外侧固定套置有基座,所述沉箱底端固定连接有第一橡胶阻滑板,所述第一橡胶阻滑板整体压于基床表面,所述基床位于地基上,所述基床内设有第一加强件,所述基床上设有灌注桩,所述灌注桩底端穿过基床位于地基内,所述基床表面还固定连接有第一墙体,所述第一墙体通过横梁与第二墙体连接,所述第一墙体与第二墙体相对平行设置,所述第一墙体与第二墙体之间填充有第一填充料,所述第一墙体和第二墙体顶端共同连接有顶板,所述沉箱通过第一连接桩与基床连接。该耐震型沉箱码头及其施工方法,设计合理,具有稳定性好的优点,易于推广。
The invention discloses a shock-proof caisson wharf and a construction method thereof. The shock-proof caisson wharf comprises a caisson, a top plate, a working platform and a breast wall; the outer side of the bottom end of the caisson is fixedly sleeved with a base; the bottom end of the caisson is fixedly connected with a first rubber sliding-resistant plate; the first rubber sliding-resistant plate is integrally pressed on the surface of a foundation bed; the foundation bed is located on a foundation; a first reinforcing piece is arranged in the foundation bed; a cast-in-place pile is arranged on the foundation bed; the bottom end of the cast-in-place pile penetrates through the foundation bed to be located in the foundation; the surface of the foundation bed is further fixedly connected with a first wall; the first wall is connected with a second wall through a cross beam; the first wall and the second wall are arranged in parallel; the space between the first wall and the second wall is filled with a first filling material; the top end of the first wall and the top end of the second wall are jointly connected with the top plate; and the caisson is connected with the foundation bed through a first connecting pile. According to the shock-proof caisson wharf and the construction method thereof, the design is reasonable, the advantage of good stability is achieved, and popularization is easy.
本发明公开了一种耐震型沉箱码头及其施工方法,包括沉箱、顶板、工作平台和胸墙,所述沉箱底端外侧固定套置有基座,所述沉箱底端固定连接有第一橡胶阻滑板,所述第一橡胶阻滑板整体压于基床表面,所述基床位于地基上,所述基床内设有第一加强件,所述基床上设有灌注桩,所述灌注桩底端穿过基床位于地基内,所述基床表面还固定连接有第一墙体,所述第一墙体通过横梁与第二墙体连接,所述第一墙体与第二墙体相对平行设置,所述第一墙体与第二墙体之间填充有第一填充料,所述第一墙体和第二墙体顶端共同连接有顶板,所述沉箱通过第一连接桩与基床连接。该耐震型沉箱码头及其施工方法,设计合理,具有稳定性好的优点,易于推广。
Shock-proof caisson wharf and construction method thereof
一种耐震型沉箱码头及其施工方法
LIU JIAN (Autor:in)
22.06.2021
Patent
Elektronische Ressource
Chinesisch
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