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High slope capillary tube reinforcing construction method
The invention relates to the technical field of building construction, in particular to a high slope capillary reinforcement construction method which comprises the steps that S1, parameters of a high slope are judged according to preset requirements; s2, establishing a corresponding geographical environment model, substituting the high slope parameters to perform a simulation experiment, and performing corresponding adjustment on a preset high slope structure according to an experiment result; and S3, judging a slope protection mode of the high slope according to the adjusted preset high slope structure, and learning geographical environment data corresponding to the preset high slope structure and the slope protection mode. According to the method, the earthwork high slope is filled through a specific structure, the interior of the slope is drained, the stability of the slope is improved, meanwhile, the geographical environment model is used for simulating the strength of the preset high slope structure, adjustment and deep learning are conducted on the preset high slope structure according to the simulation result, the accuracy of the high slope disaster bearing prediction result is improved, and the prediction efficiency is improved. And the slope stability is further improved.
本发明涉及建筑施工技术领域，尤其涉及一种高边坡毛细管加固施工方法，包括步骤S1，根据预设需求判断高边坡的参数；步骤S2，建立相应的地理环境模型，代入高边坡参数进行模拟实验，并根据实验结果对预设高边坡结构进行相对应的调整；步骤S3，根据调整后的预设高边坡结构判断高边坡的坡面防护方式，并对预设高边坡结构和坡面防护方式相对应的地理环境数据进行学习。本发明通过特定结构填筑土方高边坡，利于边坡内部疏水并提升边坡稳定性，同时利用地理环境模型对预设高边坡结构强度进行模拟并根据模拟结果对预设高边坡结构进行调整和深度学习，增加对高边坡承灾预测结果的准确性，进一步提升边坡稳定性。
High slope capillary tube reinforcing construction method
The invention relates to the technical field of building construction, in particular to a high slope capillary reinforcement construction method which comprises the steps that S1, parameters of a high slope are judged according to preset requirements; s2, establishing a corresponding geographical environment model, substituting the high slope parameters to perform a simulation experiment, and performing corresponding adjustment on a preset high slope structure according to an experiment result; and S3, judging a slope protection mode of the high slope according to the adjusted preset high slope structure, and learning geographical environment data corresponding to the preset high slope structure and the slope protection mode. According to the method, the earthwork high slope is filled through a specific structure, the interior of the slope is drained, the stability of the slope is improved, meanwhile, the geographical environment model is used for simulating the strength of the preset high slope structure, adjustment and deep learning are conducted on the preset high slope structure according to the simulation result, the accuracy of the high slope disaster bearing prediction result is improved, and the prediction efficiency is improved. And the slope stability is further improved.
本发明涉及建筑施工技术领域，尤其涉及一种高边坡毛细管加固施工方法，包括步骤S1，根据预设需求判断高边坡的参数；步骤S2，建立相应的地理环境模型，代入高边坡参数进行模拟实验，并根据实验结果对预设高边坡结构进行相对应的调整；步骤S3，根据调整后的预设高边坡结构判断高边坡的坡面防护方式，并对预设高边坡结构和坡面防护方式相对应的地理环境数据进行学习。本发明通过特定结构填筑土方高边坡，利于边坡内部疏水并提升边坡稳定性，同时利用地理环境模型对预设高边坡结构强度进行模拟并根据模拟结果对预设高边坡结构进行调整和深度学习，增加对高边坡承灾预测结果的准确性，进一步提升边坡稳定性。
High slope capillary tube reinforcing construction method
一种高边坡毛细管加固施工方法
ZHU HAIJIANG (author) / LIN DONGWEI (author) / ZHANG XIAOMING (author) / ZHANG LIWEN (author) / ZHANG LUOCHUAN (author) / ZHANG WENJIE (author) / DENG YUANXIN (author) / ZHANG ZIHUI (author)
2023-06-23
Patent
Electronic Resource
Chinese
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