洛阳铲在边坡岩土工程勘察及地质灾害调查中的改进应用——以广东省龙川县车田镇为例

Improvement and Application of Luoyang Shovel in Slope Geotechnical Engineering Investigation and Geological Hazard Investigation:Taking Chetian Town,Longchuan County,Guangdong Province as an Example

为提高洛阳铲在复杂地质环境和气候条件下获得深层地质信息的效率和数据精度,文章以广东省龙川县车田镇为例,指出了边坡岩土地质勘察面临勘测点分布零散、地形陡峭、植被覆盖密集等挑战,分析了洛阳铲在地质灾害调查和地质勘察的优势。同时,强调了洛阳铲在深层地质信息获取效率和精度方面的局限。基于此,本文通过结合现代技术手段,如GIS、GPR、传感器等,提出了洛阳铲的多维数据采集方法,并优化其在不同工况下的应用策略。研究为边坡岩土工程提供了更为高效的勘察工具,并为未来的地质灾害预防提出了前瞻性建议。

In order to improve the efficiency and data accuracy of Luoyang shovel in obtaining deep geological information under complex geological environments and climatic conditions,the article takes Chetian Town,Longchuan County,Guangdong Province as an example to point out the challenges faced by slope geotechnical exploration,such as scattered distribution of survey points,steep terrain,and dense vegetation coverage.It analyzes the advantages of Luoyang shovel in geological hazard investigation and geological exploration.At the same time,the limitations of Luoyang shovel in terms of efficiency and accuracy in obtaining deep geological information were emphasized.Based on this,this article proposes a multidimensional data acquisition method for Luoyang shovel by combining modern technological means such as GIS,GPR,sensors,etc.,and optimizes its application strategy under different working conditions.The research provides more efficient survey tools for slope geotechnical engineering and puts forward forward-looking suggestions for future geological hazard prevention.