Author(s)

Guangjinglong Xu

Corresponding Author

Guangjinglong Xu

Abstract

This study focuses on the safety and quality issues arising from hydrogeological conditions in mine geotechnical engineering design. Based on actual engineering scenarios, it analyzes the impact of groundwater pressure, corrosivity, and water level changes on design. It summarizes the current problems in design, such as insufficient monitoring, disjointed protection measures, and delayed predictions. Through specialized investigations, material and process optimization, and dynamic control methods, it elaborates on specific countermeasures, including accurately determining groundwater parameters, implementing targeted anti-corrosion measures, and dynamically monitoring and regulating water levels. The aim is to demonstrate that these countermeasures can effectively solve problems such as rock-soil mass instability, structural corrosion, and construction safety hazards, providing scientific support for mine geotechnical engineering design and enhancing engineering safety and durability.

Keywords

Hydrogeological conditions, Mine geotechnical engineering design, Groundwater parameters, Materials and processes, Groundwater level