Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Monitoring platform for single-pile vertical static load test
The invention provides a monitoring platform for a single pile vertical static load test, and the platform comprises a process generation module which is used for generating an initial personalized pre-estimation loading thread of a to-be-tested single pile based on the original data of the to-be-tested single pile; the load applying module is used for applying loads to the to-be-tested single pile in a grading manner based on the initial personalized pre-estimation loading thread; the settlement monitoring module is used for detecting a first real-time settlement amount of the to-be-tested single pile based on the initial personalized pre-estimation loading thread while applying the load in a grading manner, and obtaining settlement amount observation data of a corresponding loading process; the data arrangement module is used for adjusting the initial personalized pre-estimation loading thread based on the settlement observation data to obtain a corrected personalized pre-estimation loading thread, and sending the corrected personalized pre-estimation loading thread to the load applying module and the settlement monitoring module for iterative processing until a single-pile vertical compressive bearing capacity characteristic value is determined; the method is used for automatically applying loads to a to-be-tested single pile in a grading mode, monitoring the settlement amount and automatically adjusting a personalized pre-estimation loading thread.
本发明提供了一种用于单桩竖向静载试验的监控平台，包括：流程生成模块，用于基于待试验单桩的原始数据生成待试验单桩的初始个性化预估加荷线程；荷载施加模块，用于基于初始个性化预估加荷线程对待试验单桩进行分级施加荷载；沉降监测模块，用于在分级施加荷载的同时，基于初始个性化预估加荷线程检测出待试验单桩的第一实时沉降量，获得对应次加荷过程的沉降量观测数据；数据整理模块，用于基于沉降量观测数据调整初始个性化预估加荷线程，得到修正个性化预估加荷线程，并发送至荷载施加模块和沉降监测模块进行迭代处理，直至确定出单桩竖向抗压承载力特征值；用以对待试验单桩自动分级施加荷载并监测沉降量，并自动调整个性化预估加荷线程。
Monitoring platform for single-pile vertical static load test
The invention provides a monitoring platform for a single pile vertical static load test, and the platform comprises a process generation module which is used for generating an initial personalized pre-estimation loading thread of a to-be-tested single pile based on the original data of the to-be-tested single pile; the load applying module is used for applying loads to the to-be-tested single pile in a grading manner based on the initial personalized pre-estimation loading thread; the settlement monitoring module is used for detecting a first real-time settlement amount of the to-be-tested single pile based on the initial personalized pre-estimation loading thread while applying the load in a grading manner, and obtaining settlement amount observation data of a corresponding loading process; the data arrangement module is used for adjusting the initial personalized pre-estimation loading thread based on the settlement observation data to obtain a corrected personalized pre-estimation loading thread, and sending the corrected personalized pre-estimation loading thread to the load applying module and the settlement monitoring module for iterative processing until a single-pile vertical compressive bearing capacity characteristic value is determined; the method is used for automatically applying loads to a to-be-tested single pile in a grading mode, monitoring the settlement amount and automatically adjusting a personalized pre-estimation loading thread.
本发明提供了一种用于单桩竖向静载试验的监控平台，包括：流程生成模块，用于基于待试验单桩的原始数据生成待试验单桩的初始个性化预估加荷线程；荷载施加模块，用于基于初始个性化预估加荷线程对待试验单桩进行分级施加荷载；沉降监测模块，用于在分级施加荷载的同时，基于初始个性化预估加荷线程检测出待试验单桩的第一实时沉降量，获得对应次加荷过程的沉降量观测数据；数据整理模块，用于基于沉降量观测数据调整初始个性化预估加荷线程，得到修正个性化预估加荷线程，并发送至荷载施加模块和沉降监测模块进行迭代处理，直至确定出单桩竖向抗压承载力特征值；用以对待试验单桩自动分级施加荷载并监测沉降量，并自动调整个性化预估加荷线程。
Monitoring platform for single-pile vertical static load test
一种用于单桩竖向静载试验的监控平台
SUN LILI (Autor:in) / LIU AIJUN (Autor:in) / LIU YANG (Autor:in) / ZHANG HONGWEI (Autor:in) / WANG HAIRONG (Autor:in) / LI XIAOHUI (Autor:in) / GONG LING (Autor:in)
30.05.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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