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A platform for research: civil engineering, architecture and urbanism
Mounting method for stainless steel composite plate serving as bridge deck slab of bridge
The invention provides an installation method for a stainless steel composite board serving as a bridge deck slab, and belongs to the technical field of bridges. The method comprises the following steps: welding a first structural part serving as a lifting lug plate on a stainless steel composite plate through a set welding method; the stainless steel composite plate is hoisted to a set position for installation through hoisting equipment and the first structural part; welding a second structural member serving as an anchor pulling plate through a set welding method; the second structural parts are connected with the inhaul cables, so that the bridge sections bear tensile force through the stainless steel clad steel plates; the method for welding the first structural part through the setting method comprises the steps that an open groove is formed in one side of a composite layer of the stainless steel composite plate to expose a base layer of the stainless steel composite plate; and welding a first structural member on the base layer at the open slot. Thus, in the lifting process, the stainless steel composite plate can bear the tension load in the plate thickness direction, lifting is safe and reliable, and the stainless steel composite plate reaching the set position can also bear the tension load in the plate thickness direction after being connected with the inhaul cable through the second structural part.
本发明提供了一种桥梁桥面板为不锈钢复合板的安装方法，属于桥梁技术领域。该方法包括：通过设定焊接方法在不锈钢复合板上焊接作为吊耳板的第一结构件；通过起吊设备与第一结构件以将不锈钢复合板吊至设定位置进行安装；通过设定焊接方法焊接作为锚拉板的第二结构件；通过第二结构件与拉索连接，以使桥梁节段通过不锈钢复合钢板承受拉力；通过设定方法焊接第一结构件包括：在不锈钢复合板的复层一侧开设开口槽，以暴露不锈钢复合板的基层；在开口槽处的基层上焊接第一结构件。如此，起吊的过程中，不锈钢复合板能够承受板厚方向的拉力载荷，起吊安全可靠，到达设定位置的不锈钢复合板通过第二结构件与拉索连接后，也能承受板厚方向的拉力载荷。
Mounting method for stainless steel composite plate serving as bridge deck slab of bridge
The invention provides an installation method for a stainless steel composite board serving as a bridge deck slab, and belongs to the technical field of bridges. The method comprises the following steps: welding a first structural part serving as a lifting lug plate on a stainless steel composite plate through a set welding method; the stainless steel composite plate is hoisted to a set position for installation through hoisting equipment and the first structural part; welding a second structural member serving as an anchor pulling plate through a set welding method; the second structural parts are connected with the inhaul cables, so that the bridge sections bear tensile force through the stainless steel clad steel plates; the method for welding the first structural part through the setting method comprises the steps that an open groove is formed in one side of a composite layer of the stainless steel composite plate to expose a base layer of the stainless steel composite plate; and welding a first structural member on the base layer at the open slot. Thus, in the lifting process, the stainless steel composite plate can bear the tension load in the plate thickness direction, lifting is safe and reliable, and the stainless steel composite plate reaching the set position can also bear the tension load in the plate thickness direction after being connected with the inhaul cable through the second structural part.
本发明提供了一种桥梁桥面板为不锈钢复合板的安装方法，属于桥梁技术领域。该方法包括：通过设定焊接方法在不锈钢复合板上焊接作为吊耳板的第一结构件；通过起吊设备与第一结构件以将不锈钢复合板吊至设定位置进行安装；通过设定焊接方法焊接作为锚拉板的第二结构件；通过第二结构件与拉索连接，以使桥梁节段通过不锈钢复合钢板承受拉力；通过设定方法焊接第一结构件包括：在不锈钢复合板的复层一侧开设开口槽，以暴露不锈钢复合板的基层；在开口槽处的基层上焊接第一结构件。如此，起吊的过程中，不锈钢复合板能够承受板厚方向的拉力载荷，起吊安全可靠，到达设定位置的不锈钢复合板通过第二结构件与拉索连接后，也能承受板厚方向的拉力载荷。
Mounting method for stainless steel composite plate serving as bridge deck slab of bridge
一种桥梁桥面板为不锈钢复合板的安装方法
CHEN QIAN (author) / GUO HONGYAN (author) / XU WEIYU (author) / ZHU DONGMING (author) / WANG LEI (author) / LIANG HUI (author) / GAO BO (author) / XIAO HUIDONG (author) / LU ZHONGYAN (author) / LIU XIANG (author)
2023-04-07
Patent
Electronic Resource
Chinese
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