自锚试桩等效转换计算插件在桩基检测工程中的应用与验证

Application and Verification of Self-Anchored Test Pile Equivalent Conversion Calculation Plug-In in Pile Foundation Detection Engineering

摘要: 现阶段，现代信息技术持续推动基础工程信息化转型，而BIM核心建模软件Revit存在桩基族库单一、缺少计算模块的局限性，难以满足复杂基础与新型试桩的建模——计算一体化应用需求。基于自锚试桩法适用高承载力桩基检测的工程实际要求，本文依托自主研发的自锚试桩Q-s曲线等效转换计算插件，结合实际工程案例开展验证和对比分析，系统探究该插件在自平衡试桩的适用性，为BIM技术应用于桩基检测工程提供参考，助力基础工程信息化高质量发展。

Abstract: At this stage, modern information technology continues to promote the information transformation of foundation engineering. However, the BIM core modeling software Revit has the limitations of single pile foundation family library and lack of calculation module, which is difficult to meet the modeling-calculation integration application requirements of complex foundation and new test pile. Based on the practical engineering requirements of the self-anchored pile test method for high-capacity pile foundation detection, this paper relies on the self-anchored pile Q-s curve equivalent conversion calculation plug-in, and combines the actual engineering cases to carry out verification and comparative analysis. The applicability of the plug-in in the self-balanced test pile is systematically explored, which provides a reference for the application of BIM technology to the pile foundation detection project, and helps the high-quality development of foundation engineering information.