A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Method for optimizing supporting latticed column in foundation pit support
The invention provides a method for optimizing a supporting latticed column in a foundation pit support, and belongs to the technical field of foundation pit support optimization. The method specifically comprises the following steps that S1, a basic model is established based on a scheme thought; s2, further performing various analyses; s3, a scheme is finally determined according to the cost factors; in the step S1, scheme assumption is provided according to surrounding site conditions, and each scheme model is established by using BIM; in combination with the unearthed efficiency of construction machinery, each scheme is subjected to simulation calculation by utilizing BIM, P6 and fuzor visual means, scheme assumption can be provided according to the condition of a surrounding site, each scheme model is established by utilizing the BIM, and by simulating and analyzing possible potential influence factors of each scheme and aiming at the condition that the supporting beams are densely arranged, the construction efficiency of the construction machinery is improved. The slope is verified and arranged to analyze the passing safety of the earthwork transport vehicle, after analysis, the construction time and the construction effect can be effectively known, and the working efficiency can be improved.
本发明提供了一种优化基坑支护内支撑格构柱的方法，属于基坑支护优化技术领域，具体包括以下步骤：S1：基于方案思路建立基础模型；S2：进一步进行各项分析；S3：综合造价因素，最终确定方案；所述S1的步骤中，根据周边场地情况，提出方案设想，利用BIM建立各方案模型；结合施工机械出土效率，本发明通过利用BIM、P6和fuzor可视化手段对各方案进行模拟计算，可以根据周边场地情况，提出方案设想，利用BIM建立各方案模型，通过模拟，分析各个方案可能潜在的影响因素，并针对支撑梁排布密集的情况，验证设置坡道对土方运输车辆通过安全性进行分析，进行分析后，可以有效的得知施工时间和施工效果，可提高工作效率。
Method for optimizing supporting latticed column in foundation pit support
The invention provides a method for optimizing a supporting latticed column in a foundation pit support, and belongs to the technical field of foundation pit support optimization. The method specifically comprises the following steps that S1, a basic model is established based on a scheme thought; s2, further performing various analyses; s3, a scheme is finally determined according to the cost factors; in the step S1, scheme assumption is provided according to surrounding site conditions, and each scheme model is established by using BIM; in combination with the unearthed efficiency of construction machinery, each scheme is subjected to simulation calculation by utilizing BIM, P6 and fuzor visual means, scheme assumption can be provided according to the condition of a surrounding site, each scheme model is established by utilizing the BIM, and by simulating and analyzing possible potential influence factors of each scheme and aiming at the condition that the supporting beams are densely arranged, the construction efficiency of the construction machinery is improved. The slope is verified and arranged to analyze the passing safety of the earthwork transport vehicle, after analysis, the construction time and the construction effect can be effectively known, and the working efficiency can be improved.
本发明提供了一种优化基坑支护内支撑格构柱的方法，属于基坑支护优化技术领域，具体包括以下步骤：S1：基于方案思路建立基础模型；S2：进一步进行各项分析；S3：综合造价因素，最终确定方案；所述S1的步骤中，根据周边场地情况，提出方案设想，利用BIM建立各方案模型；结合施工机械出土效率，本发明通过利用BIM、P6和fuzor可视化手段对各方案进行模拟计算，可以根据周边场地情况，提出方案设想，利用BIM建立各方案模型，通过模拟，分析各个方案可能潜在的影响因素，并针对支撑梁排布密集的情况，验证设置坡道对土方运输车辆通过安全性进行分析，进行分析后，可以有效的得知施工时间和施工效果，可提高工作效率。
Method for optimizing supporting latticed column in foundation pit support
一种优化基坑支护内支撑格构柱的方法
XU XIAOPENG (author) / KIM GEON-HYO (author) / YANG WEIPING (author) / DONG LIJIAN (author) / LIU ZHENG (author) / HU XIAOYU (author) / PU HAO (author) / GUO JIANTAO (author) / YANG YONG (author)
2022-08-05
Patent
Electronic Resource
Chinese
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