A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Connection construction method for autoclaved aerated fiber anti-crack concrete ALC (autoclaved lightweight concrete) plates
The invention discloses an autoclaved aerated fiber anti-crack concrete ALC plate connection construction method, and relates to the technical field of ALC plates. Performing shaping production and maintenance on the autoclaved aerated fiber anti-crack concrete ALC plate; the ALC board is typeset in advance, and the bottom is subjected to bedding; a special binder is smeared on the side face; the prestressed tendons of the first ALC plate are subjected to strand pulling and anchoring; the tops of the ALC plates are fixed by mounting hardwood wedges; the adjacent ALC plates are transported in place, and bedding is conducted at the bottoms; pre-stressed tendons penetrate through the ALC plate; a special binder is smeared on the side faces of the adjacent ALC plates; the ALC plate is installed and fixed, and the top of the ALC plate is wedged and fixed; mounting and fixing to a constructional column in the same manner; prestressed tendons of the LC plates are tensioned and anchored; plate joints and top seals of the ALC plates are sealed and blocked; the ALC plate is compacted and grouted; and maintaining. According to the construction method, the problems that in a traditional construction method, abutted seams between the plates are not tight, and cracking is caused due to different material shrinkage performance between the plates and the frame columns and the frame beams are solved.
本发明公开了一种蒸压加气纤维抗裂混凝土ALC板连接施工方法，涉及ALC板材技术领域；蒸压加气纤维抗裂混凝土ALC板材定型化生产、养护；预先对ALC板材排版，底部坐浆；侧面抹专用粘结剂；对首片ALC板材的预应力筋穿束锚固；ALC板材顶部通过安装硬木楔固定；相邻ALC板材运输就位，底部坐浆；ALC板材穿束预应力筋；相邻ALC板材的侧面抹专用粘结剂；ALC板材材安装固定、顶部楔紧固定；类推安装固定至构造柱；LC板材的预应力筋张拉锚固；ALC板材的板缝及顶头封封堵；ALC板材压密注浆；养护。本发明解决了传统施工方法导致的板材间拼缝不严密、板材与框架柱和框架梁之间因材料收缩性能不同导致的开裂等问题。
Connection construction method for autoclaved aerated fiber anti-crack concrete ALC (autoclaved lightweight concrete) plates
The invention discloses an autoclaved aerated fiber anti-crack concrete ALC plate connection construction method, and relates to the technical field of ALC plates. Performing shaping production and maintenance on the autoclaved aerated fiber anti-crack concrete ALC plate; the ALC board is typeset in advance, and the bottom is subjected to bedding; a special binder is smeared on the side face; the prestressed tendons of the first ALC plate are subjected to strand pulling and anchoring; the tops of the ALC plates are fixed by mounting hardwood wedges; the adjacent ALC plates are transported in place, and bedding is conducted at the bottoms; pre-stressed tendons penetrate through the ALC plate; a special binder is smeared on the side faces of the adjacent ALC plates; the ALC plate is installed and fixed, and the top of the ALC plate is wedged and fixed; mounting and fixing to a constructional column in the same manner; prestressed tendons of the LC plates are tensioned and anchored; plate joints and top seals of the ALC plates are sealed and blocked; the ALC plate is compacted and grouted; and maintaining. According to the construction method, the problems that in a traditional construction method, abutted seams between the plates are not tight, and cracking is caused due to different material shrinkage performance between the plates and the frame columns and the frame beams are solved.
本发明公开了一种蒸压加气纤维抗裂混凝土ALC板连接施工方法，涉及ALC板材技术领域；蒸压加气纤维抗裂混凝土ALC板材定型化生产、养护；预先对ALC板材排版，底部坐浆；侧面抹专用粘结剂；对首片ALC板材的预应力筋穿束锚固；ALC板材顶部通过安装硬木楔固定；相邻ALC板材运输就位，底部坐浆；ALC板材穿束预应力筋；相邻ALC板材的侧面抹专用粘结剂；ALC板材材安装固定、顶部楔紧固定；类推安装固定至构造柱；LC板材的预应力筋张拉锚固；ALC板材的板缝及顶头封封堵；ALC板材压密注浆；养护。本发明解决了传统施工方法导致的板材间拼缝不严密、板材与框架柱和框架梁之间因材料收缩性能不同导致的开裂等问题。
Connection construction method for autoclaved aerated fiber anti-crack concrete ALC (autoclaved lightweight concrete) plates
一种蒸压加气纤维抗裂混凝土ALC板连接施工方法
YIN LIANG (author) / QIN RONGTIAN (author) / WANG YONGLIN (author)
2025-01-10
Patent
Electronic Resource
Chinese
Lightweight anti-crack autoclaved aerated concrete block
| European Patent Office | 2024
Lightweight anti-crack autoclaved aerated concrete block
| European Patent Office | 2025
Lightweight anti-crack autoclaved aerated concrete block
| European Patent Office | 2022
| European Patent Office | 2015
British Library Online Contents | 2006