Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Deep cement mixing pile soil layer identification method, system, equipment and medium
The invention relates to a deep cement mixing pile soil layer identification method, system and device and a medium, and the method comprises the steps: obtaining a design construction depth, and dividing the design construction depth into a plurality of depth sections; in the construction process, downward penetration information is obtained every preset collection time, the depth section where the stirring head is located is marked as a target depth section every time the stirring head descends to the bottom end of each depth section, and the downward penetration information comprises the bottom end elevation of the stirring head, the current of a processor, the output torque of the processor, the water spraying flow, the rotating speed of the stirring head and the effective downward penetration load; on the basis of the obtained downward penetration information, identification index information of the stirring head passing through the target depth section is calculated, and the identification index information comprises the average speed, the water mixing amount, the average rotating speed, the average current, the energy consumption, the average effective downward penetration load and the average torque; and inputting the stirring head into the constructed soil layer identification model through the index information of the target depth section to obtain the soil layer type of the target depth section. The soil layer type is comprehensively identified, and the reliability is high.
本发明为一种深层水泥搅拌桩土层识别方法、系统、设备和介质，其中方法包括：获取设计施工深度，将设计施工深度分为多个深度段；在施工过程中，每隔预设采集时间获取下贯信息，且每当搅拌头下降至各深度段的底端时，将搅拌头所在的深度段记为目标深度段，下贯信息包括搅拌头底端高程、处理机电流、处理机输出扭矩、喷水流量、搅拌头转速和有效下贯荷载；基于获取的下贯信息，计算搅拌头通过目标深度段的识别指标信息，识别指标信息包括平均速度、水掺量、平均转速、平均电流、能耗、平均有效下贯荷载和平均扭矩；将搅拌头通过目标深度段的指标信息输入已构建的土层识别模型，得到目标深度段的土层类型。本发明对土层类型进行综合识别，可靠性高。
Deep cement mixing pile soil layer identification method, system, equipment and medium
The invention relates to a deep cement mixing pile soil layer identification method, system and device and a medium, and the method comprises the steps: obtaining a design construction depth, and dividing the design construction depth into a plurality of depth sections; in the construction process, downward penetration information is obtained every preset collection time, the depth section where the stirring head is located is marked as a target depth section every time the stirring head descends to the bottom end of each depth section, and the downward penetration information comprises the bottom end elevation of the stirring head, the current of a processor, the output torque of the processor, the water spraying flow, the rotating speed of the stirring head and the effective downward penetration load; on the basis of the obtained downward penetration information, identification index information of the stirring head passing through the target depth section is calculated, and the identification index information comprises the average speed, the water mixing amount, the average rotating speed, the average current, the energy consumption, the average effective downward penetration load and the average torque; and inputting the stirring head into the constructed soil layer identification model through the index information of the target depth section to obtain the soil layer type of the target depth section. The soil layer type is comprehensively identified, and the reliability is high.
本发明为一种深层水泥搅拌桩土层识别方法、系统、设备和介质，其中方法包括：获取设计施工深度，将设计施工深度分为多个深度段；在施工过程中，每隔预设采集时间获取下贯信息，且每当搅拌头下降至各深度段的底端时，将搅拌头所在的深度段记为目标深度段，下贯信息包括搅拌头底端高程、处理机电流、处理机输出扭矩、喷水流量、搅拌头转速和有效下贯荷载；基于获取的下贯信息，计算搅拌头通过目标深度段的识别指标信息，识别指标信息包括平均速度、水掺量、平均转速、平均电流、能耗、平均有效下贯荷载和平均扭矩；将搅拌头通过目标深度段的指标信息输入已构建的土层识别模型，得到目标深度段的土层类型。本发明对土层类型进行综合识别，可靠性高。
Deep cement mixing pile soil layer identification method, system, equipment and medium
一种深层水泥搅拌桩土层识别方法、系统、设备及介质
TENG CHAO (Autor:in) / CHEN PINGSHAN (Autor:in) / WANG XUEGANG (Autor:in) / LIN MEIHONG (Autor:in) / WANG HAIYANG (Autor:in)
02.01.2024
Patent
Elektronische Ressource
Chinesisch
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