A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel anti-cracking wall masonry construction process
The invention discloses a novel anti-cracking wall masonry construction process, which adopts a mode of alternately building red bricks and light bricks, adopts a structural form that the red bricks are obliquely laid at the top end of a wall surface, and L-shaped steel bars are arranged between the red bricks and the light bricks which are alternately arranged, and finally, pointing treatment is performed. The process can improve the connection stability of the newly-built wall body and the original wall body, solves the self-cracking problem of the newly-built wall body, and prevents the cracking of the joint of the new wall body and the old wall body. And meanwhile, through mutual combination of process construction steps, stable construction of the wall body is achieved, the stable wall body is formed, the strength of the wall body is enhanced by combining the arrangement of the L-shaped steel bars, the tolerance and the telescopic force are better, and the service life of the wall body is longer. In addition, the construction process of the technology is regular, construction materials can be saved, the two-layer carrying condition of the materials can be reduced, the situation that the materials occupy a construction site in a large area is reduced, and the wall is more attractive and exquisite in appearance and meets the aesthetic requirements of people.
本发明公开了一种新型防开裂墙体砌筑施工工艺，采用红砖与轻体砖穿插砌筑的方式，墙面顶端使用红砖倾斜铺设，并在穿插设置的红砖与轻体砖之间设置L型钢筋的结构形式，最后进行勾缝处理；该工艺能够提高新建墙体和原墙体的连接稳定性及新建墙体自身开裂问题，防止新老墙体连接处通缝开裂。同时通过工艺施工步骤之间的相互结合，实现了对墙体的稳定施工，形成稳固的墙体，结合置L型钢筋的设置，加强墙体的强度，耐受力及伸缩力更佳，墙体使用寿命更长。另外该工艺施工过程规律性可寻，能够节省施工材料及材料二层搬运情况，减少材料大面积占用施工现场情况，从其外观性来看，该墙体更加美观、精致，符合人们的审美需求。
Novel anti-cracking wall masonry construction process
The invention discloses a novel anti-cracking wall masonry construction process, which adopts a mode of alternately building red bricks and light bricks, adopts a structural form that the red bricks are obliquely laid at the top end of a wall surface, and L-shaped steel bars are arranged between the red bricks and the light bricks which are alternately arranged, and finally, pointing treatment is performed. The process can improve the connection stability of the newly-built wall body and the original wall body, solves the self-cracking problem of the newly-built wall body, and prevents the cracking of the joint of the new wall body and the old wall body. And meanwhile, through mutual combination of process construction steps, stable construction of the wall body is achieved, the stable wall body is formed, the strength of the wall body is enhanced by combining the arrangement of the L-shaped steel bars, the tolerance and the telescopic force are better, and the service life of the wall body is longer. In addition, the construction process of the technology is regular, construction materials can be saved, the two-layer carrying condition of the materials can be reduced, the situation that the materials occupy a construction site in a large area is reduced, and the wall is more attractive and exquisite in appearance and meets the aesthetic requirements of people.
本发明公开了一种新型防开裂墙体砌筑施工工艺，采用红砖与轻体砖穿插砌筑的方式，墙面顶端使用红砖倾斜铺设，并在穿插设置的红砖与轻体砖之间设置L型钢筋的结构形式，最后进行勾缝处理；该工艺能够提高新建墙体和原墙体的连接稳定性及新建墙体自身开裂问题，防止新老墙体连接处通缝开裂。同时通过工艺施工步骤之间的相互结合，实现了对墙体的稳定施工，形成稳固的墙体，结合置L型钢筋的设置，加强墙体的强度，耐受力及伸缩力更佳，墙体使用寿命更长。另外该工艺施工过程规律性可寻，能够节省施工材料及材料二层搬运情况，减少材料大面积占用施工现场情况，从其外观性来看，该墙体更加美观、精致，符合人们的审美需求。
Novel anti-cracking wall masonry construction process
一种新型防开裂墙体砌筑施工工艺
LIU ZHENYU (author) / LIU SIWEN (author) / CHI XINHAO (author)
2022-11-04
Patent
Electronic Resource
Chinese
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