Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Curved-surface bare concrete construction method
The invention discloses a curved-surface bare concrete construction method, which comprises the following steps of: manufacturing a field simulation three-dimensional model according to field conditions, and dividing the field simulation three-dimensional model into a plurality of modules A1/A2A3. A three-dimensional model is simulated on site, an on-site supporting frame is manufactured, a module supporting frame is erected, a modeling hoop is arranged on the module supporting frame, and a multi-curved-surface structural framework is formed; the splicing formworks are installed on the multi-curved-surface structural framework in the vertical direction and then installed in the transverse direction, and a multi-curved-surface formwork model is formed; the surface of the modeling layer is evenly coated with an epoxy resin isolating agent, an isolating layer is formed, the thickness of a coating layer is D, the height of the bottom face is set to be N0, the real-time height of the curved face is set to be N1, bare concrete is poured into the multi-curved-face formwork modeling, and bare concrete curing is conducted; and brushing a clear water protective agent on the surface. The specific proportion that the real-time height of the curved surface is N1, and D = (N1-N0) * 1.14 is combined with the simulated three-dimensional model, construction is conducted for the actual site, and the problems that the style of the curved surface modeling is poor, and the transition position is not smooth are solved.
本发明公开了一种曲面清水混凝土施工方法，根据现场情况制作现场模拟三维模型，将现场模拟三维模型分割为A1/A2A3...多个模块；现场模拟三维模型制作实地支撑架，搭设模块支撑架，在模块支撑架上设置造型箍，形成多曲面结构骨架；在多曲面结构骨架上先沿竖向安装拼合模板，再沿横向安装拼合模板，形成多曲面模板造型；在造型层的表面均匀涂刷环氧树脂隔离剂，形成隔离层，涂抹层的厚度为D，设定底面为N0高度，设定曲面实时高度为N1向多曲面模板造型浇筑清水混凝土，进行清水混凝土养护；在表面涂刷清水保护剂。“曲面实时高度为N1，使D＝(N1‑N0)*1.14”特定比例与模拟三维模型相结合，针对实际现场进行施工，解决了曲面造型的样式差、过渡处不顺滑的问题。
Curved-surface bare concrete construction method
The invention discloses a curved-surface bare concrete construction method, which comprises the following steps of: manufacturing a field simulation three-dimensional model according to field conditions, and dividing the field simulation three-dimensional model into a plurality of modules A1/A2A3. A three-dimensional model is simulated on site, an on-site supporting frame is manufactured, a module supporting frame is erected, a modeling hoop is arranged on the module supporting frame, and a multi-curved-surface structural framework is formed; the splicing formworks are installed on the multi-curved-surface structural framework in the vertical direction and then installed in the transverse direction, and a multi-curved-surface formwork model is formed; the surface of the modeling layer is evenly coated with an epoxy resin isolating agent, an isolating layer is formed, the thickness of a coating layer is D, the height of the bottom face is set to be N0, the real-time height of the curved face is set to be N1, bare concrete is poured into the multi-curved-face formwork modeling, and bare concrete curing is conducted; and brushing a clear water protective agent on the surface. The specific proportion that the real-time height of the curved surface is N1, and D = (N1-N0) * 1.14 is combined with the simulated three-dimensional model, construction is conducted for the actual site, and the problems that the style of the curved surface modeling is poor, and the transition position is not smooth are solved.
本发明公开了一种曲面清水混凝土施工方法，根据现场情况制作现场模拟三维模型，将现场模拟三维模型分割为A1/A2A3...多个模块；现场模拟三维模型制作实地支撑架，搭设模块支撑架，在模块支撑架上设置造型箍，形成多曲面结构骨架；在多曲面结构骨架上先沿竖向安装拼合模板，再沿横向安装拼合模板，形成多曲面模板造型；在造型层的表面均匀涂刷环氧树脂隔离剂，形成隔离层，涂抹层的厚度为D，设定底面为N0高度，设定曲面实时高度为N1向多曲面模板造型浇筑清水混凝土，进行清水混凝土养护；在表面涂刷清水保护剂。“曲面实时高度为N1，使D＝(N1‑N0)*1.14”特定比例与模拟三维模型相结合，针对实际现场进行施工，解决了曲面造型的样式差、过渡处不顺滑的问题。
Curved-surface bare concrete construction method
一种曲面清水混凝土施工方法
WENG JIAN (Autor:in) / YU SHENGCI (Autor:in) / LI ZHIMING (Autor:in) / HAI CHUNPING (Autor:in) / WANG WEIWEI (Autor:in) / DU TUO (Autor:in) / SONG YUXIN (Autor:in)
29.08.2023
Patent
Elektronische Ressource
Chinesisch
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