Construction of consulting service system for advanced geological prediction of tunnel engineering under complex geological conditions
复杂地质条件下隧道工程超前地质预报咨询服务体系构建

摘要

在复杂地质条件下，隧道工程施工面临较高的不确定性与风险，超前地质预报技术成为保障施工安全与效率的重要手段。本文围绕隧道工程超前地质预报的需求，构建了一套系统化的咨询服务体系。该体系结合地质调查、地球物理探测、钻探验证与信息化分析等多源技术手段，形成从数据采集、风险识别到动态决策的闭环流程。通过建立多维信息集成平台，实现地质预测精度的提升与施工方案的动态优化，提升隧道工程在复杂地质环境中的安全性与经济性，为相关工程实践提供系统性技术支撑。

Abstract

In complex geological environments, tunnel engineering faces significant uncertainties and risks. Advanced geological forecasting technology has become a crucial measure to ensure construction safety and efficiency. This paper establishes a systematic consulting service system tailored for tunnel engineering's advanced geological forecasting needs. The system integrates multi-source technologies including geological surveys, geophysical exploration, drilling verification, and information analysis, forming a closed-loop process from data collection and risk identification to dynamic decision-making. By creating a multidimensional information integration platform, the system enhances geological prediction accuracy and enables dynamic optimization of construction plans. This approach improves both safety and cost-effectiveness in tunnel engineering within complex geological conditions, providing systematic technical support for practical engineering applications.