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A platform for research: civil engineering, architecture and urbanism
BIM-based fabricated integral frame structure superposed beam and superposed plate design and construction method
The invention provides a BIM-based fabricated integral frame structure superposed beam and superposed plate design and construction method. The method comprises the steps that 1), according to a design drawing, a BIM three-dimensional model of a superposed plate and a superposed beam is built according to the proportion of 1: 1 to a construction site; 2), according to the structure and data information of the BIM three-dimensional model, the erection mode of a supporting frame and the specification and number of needed supporting frame components are determined, and all the components are matched; 3), on the basis of a BIM three-dimensional model scene, the temporary stacking position and mode of component materials, the model of hoisting equipment and different station positions in the hoisting process are determined; 4), according to the BIM three-dimensional model, pre-construction training is conducted on constructors according to the position relation of all the components in construction and the construction technology; and 5), according to the BIM three-dimensional model, site construction is conducted. According to the BIM-based fabricated integral frame structure superposed beam and superposed plate design and construction method, construction is conducted smoothly, the construction period is shortened, and the construction quality is improved.
一种基于BIM的装配式整体框架结构叠合梁及叠合板设计及施工方法，其步骤在于：1)根据设计图纸，依据与施工现场1:1比例建立叠合板及叠合梁的的BIM三维模型；2)依据BIM三维模型结构及数据信息，确定支撑架搭设方式及所需支撑架构件规格数量，配套各构件；3)以BIM三维模型场景为依托，确定构件材料临时堆放位置及方式，以及吊装设备型号及吊装过程中的不同站位位置；4)依据BIM三维模型，对施工人员就施工中各构件位置关系、及施工工艺进行施工前培训；5)依据BIM三维模型，进行现场施工。本发明确保施工的顺利进行，缩短施工周期，提高施工质量。
BIM-based fabricated integral frame structure superposed beam and superposed plate design and construction method
The invention provides a BIM-based fabricated integral frame structure superposed beam and superposed plate design and construction method. The method comprises the steps that 1), according to a design drawing, a BIM three-dimensional model of a superposed plate and a superposed beam is built according to the proportion of 1: 1 to a construction site; 2), according to the structure and data information of the BIM three-dimensional model, the erection mode of a supporting frame and the specification and number of needed supporting frame components are determined, and all the components are matched; 3), on the basis of a BIM three-dimensional model scene, the temporary stacking position and mode of component materials, the model of hoisting equipment and different station positions in the hoisting process are determined; 4), according to the BIM three-dimensional model, pre-construction training is conducted on constructors according to the position relation of all the components in construction and the construction technology; and 5), according to the BIM three-dimensional model, site construction is conducted. According to the BIM-based fabricated integral frame structure superposed beam and superposed plate design and construction method, construction is conducted smoothly, the construction period is shortened, and the construction quality is improved.
一种基于BIM的装配式整体框架结构叠合梁及叠合板设计及施工方法，其步骤在于：1)根据设计图纸，依据与施工现场1:1比例建立叠合板及叠合梁的的BIM三维模型；2)依据BIM三维模型结构及数据信息，确定支撑架搭设方式及所需支撑架构件规格数量，配套各构件；3)以BIM三维模型场景为依托，确定构件材料临时堆放位置及方式，以及吊装设备型号及吊装过程中的不同站位位置；4)依据BIM三维模型，对施工人员就施工中各构件位置关系、及施工工艺进行施工前培训；5)依据BIM三维模型，进行现场施工。本发明确保施工的顺利进行，缩短施工周期，提高施工质量。
BIM-based fabricated integral frame structure superposed beam and superposed plate design and construction method
一种基于BIM的装配式整体框架结构叠合梁及叠合板设计及施工方法
WU HAN (author) / SONG QIANJUN (author) / XIANG XIAOHONG (author) / ZHENG PENG (author) / CHE QIJIE (author)
2021-04-30
Patent
Electronic Resource
Chinese
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