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A platform for research: civil engineering, architecture and urbanism
Construction technology for large-area super-flat wear-resistant terrace of hangar
The invention discloses a construction technology for a large-area super-flat wear-resistant terrace of a hangar. The construction technology comprises the following steps that S1, construction preparation is conducted before construction; S2, angle protection angle steel is installed, wherein angle steel protection edges are installed at the connecting positions of hangar ground rail beams and an inner airport apron; S3, drainage ditches are formed in the south side and the north side of the hangar, and angle steel is installed on the walls of drainage ditches; and S4, armoring seam is installed, specifically, the armoring seam is installed at the parting position of hangar terrace, and the armoring seam is made of two pieces of 10 * 40 mm flat steel. According to the construction technology, through the application of integral armoring joint, the problem of concrete edge breakage site at deformation joint can be effectively solved; a large laser leveling machine is used for paving concrete, so that the pouring strength and the surface flatness of the concrete can be improved; a independent formwork of a column foot can reduce excessive internal and external corners of the terrace, concrete cracks of the terrace can be effectively avoided by combining the application of the steel fiber reinforced concrete, and the construction quality of the large-area super-flat terrace can be effectively controlled.
本发明公开了一种机库大面积超平耐磨地坪施工技术，包括以下步骤：S1:进行施工前的施工准备；S2：护边角钢安装：机库地轨梁与内机坪的连接处安装角钢护边；S3：排水沟角钢安装：机库南北两侧开设排水沟，排水沟壁安装角钢；S4：装铠缝安装：在机库地坪分缝处安装装铠缝，装铠缝采用两根10×40mm扁钢。本发明通过整体式装铠缝的应用，可有效解决变形缝处混凝土崩边现场的产生；大型激光整平机摊铺混凝土，可提高混凝土浇筑强度及表面平整度；柱脚独立支模可减少地坪产生过多阴阳角，结合钢纤维混凝土的应用可有效避免地坪混凝土裂缝的产生，可有效控制大面积超平地坪的施工质量。
Construction technology for large-area super-flat wear-resistant terrace of hangar
The invention discloses a construction technology for a large-area super-flat wear-resistant terrace of a hangar. The construction technology comprises the following steps that S1, construction preparation is conducted before construction; S2, angle protection angle steel is installed, wherein angle steel protection edges are installed at the connecting positions of hangar ground rail beams and an inner airport apron; S3, drainage ditches are formed in the south side and the north side of the hangar, and angle steel is installed on the walls of drainage ditches; and S4, armoring seam is installed, specifically, the armoring seam is installed at the parting position of hangar terrace, and the armoring seam is made of two pieces of 10 * 40 mm flat steel. According to the construction technology, through the application of integral armoring joint, the problem of concrete edge breakage site at deformation joint can be effectively solved; a large laser leveling machine is used for paving concrete, so that the pouring strength and the surface flatness of the concrete can be improved; a independent formwork of a column foot can reduce excessive internal and external corners of the terrace, concrete cracks of the terrace can be effectively avoided by combining the application of the steel fiber reinforced concrete, and the construction quality of the large-area super-flat terrace can be effectively controlled.
本发明公开了一种机库大面积超平耐磨地坪施工技术，包括以下步骤：S1:进行施工前的施工准备；S2：护边角钢安装：机库地轨梁与内机坪的连接处安装角钢护边；S3：排水沟角钢安装：机库南北两侧开设排水沟，排水沟壁安装角钢；S4：装铠缝安装：在机库地坪分缝处安装装铠缝，装铠缝采用两根10×40mm扁钢。本发明通过整体式装铠缝的应用，可有效解决变形缝处混凝土崩边现场的产生；大型激光整平机摊铺混凝土，可提高混凝土浇筑强度及表面平整度；柱脚独立支模可减少地坪产生过多阴阳角，结合钢纤维混凝土的应用可有效避免地坪混凝土裂缝的产生，可有效控制大面积超平地坪的施工质量。
Construction technology for large-area super-flat wear-resistant terrace of hangar
一种机库大面积超平耐磨地坪施工技术
ZHU QIANCHENG (author) / CAO CHUANPENG (author) / HUANG YUNCHANG (author) / WANG XIAODONG (author) / LI CHAOPENG (author)
2021-09-28
Patent
Electronic Resource
Chinese
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