Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Brick blank film optimization method
The invention discloses a brick blank film optimization method which comprises the following steps: S1, adding inclined plane arrangement, and arranging a brick blank film on an inclined plane foundation; s2, multi-unit arrangement is added, and all units are arranged on a multi-unit basic component at a time; s3, multi-step arrangement is added to adapt to the step gradient thickness; s4, the work amount of the outer side plastering area, the inner side plastering area and the top surface plastering area is increased; s5, material selection and replacement, wherein traditional solid bricks are replaced with industrial products such as prefabricated wallboards and light partition boards; selecting a special template material with good waterproof performance; s6, design optimization: accurately calculating the structural strength of the brick mold according to the actual load condition; and S7, the construction technology and process are improved, wherein on-site masonry is replaced with a prefabricated wallboard hoisting and splicing mode. According to the invention, inclined plane arrangement is added, and brick molds can be arranged on the inclined plane foundation more flexibly; and multi-unit arrangement is added, all units of the multi-unit basic component are arranged at a time, and higher efficiency is achieved.
本发明公开了一种砖胎膜优化方法，包括以下步骤：S1、增加斜面布置，斜面基础能够布置砖胎膜；S2、增加多单元布置，多单元基础构件一次全部布置所有单元；S3、增加多阶布置，适应阶梯渐变厚度；S4、增加外侧抹灰面积、内侧抹灰面积、顶面抹灰面积工程量；S5、材料选择与替代：采用预制墙板、轻质隔墙板等工业化产品替代传统的实心砖；选用具有良好防水性能的专用模板材料；S6、设计优化：根据实际荷载情况精确计算砖胎膜的结构强度；S7、施工工艺与流程改进：采用预制墙板吊装、拼接的方式取代现场砌筑。本发明，增加斜面布置，斜面基础能够布置砖胎膜，更灵活；增加多单元布置，多单元基础构件一次全部布置所有单元，更高效。
Brick blank film optimization method
The invention discloses a brick blank film optimization method which comprises the following steps: S1, adding inclined plane arrangement, and arranging a brick blank film on an inclined plane foundation; s2, multi-unit arrangement is added, and all units are arranged on a multi-unit basic component at a time; s3, multi-step arrangement is added to adapt to the step gradient thickness; s4, the work amount of the outer side plastering area, the inner side plastering area and the top surface plastering area is increased; s5, material selection and replacement, wherein traditional solid bricks are replaced with industrial products such as prefabricated wallboards and light partition boards; selecting a special template material with good waterproof performance; s6, design optimization: accurately calculating the structural strength of the brick mold according to the actual load condition; and S7, the construction technology and process are improved, wherein on-site masonry is replaced with a prefabricated wallboard hoisting and splicing mode. According to the invention, inclined plane arrangement is added, and brick molds can be arranged on the inclined plane foundation more flexibly; and multi-unit arrangement is added, all units of the multi-unit basic component are arranged at a time, and higher efficiency is achieved.
本发明公开了一种砖胎膜优化方法，包括以下步骤：S1、增加斜面布置，斜面基础能够布置砖胎膜；S2、增加多单元布置，多单元基础构件一次全部布置所有单元；S3、增加多阶布置，适应阶梯渐变厚度；S4、增加外侧抹灰面积、内侧抹灰面积、顶面抹灰面积工程量；S5、材料选择与替代：采用预制墙板、轻质隔墙板等工业化产品替代传统的实心砖；选用具有良好防水性能的专用模板材料；S6、设计优化：根据实际荷载情况精确计算砖胎膜的结构强度；S7、施工工艺与流程改进：采用预制墙板吊装、拼接的方式取代现场砌筑。本发明，增加斜面布置，斜面基础能够布置砖胎膜，更灵活；增加多单元布置，多单元基础构件一次全部布置所有单元，更高效。
Brick blank film optimization method
一种砖胎膜优化方法
LI JIE (Autor:in) / LI JIAQI (Autor:in) / PAN XUANBIAO (Autor:in)
09.08.2024
Patent
Elektronische Ressource
Chinesisch
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