Author(s)

Yongyuan Gu

Corresponding Author

Yongyuan Gu

Abstract

This study focuses on addressing the challenges of technical adaptation difficulties and low data accuracy of geotechnical engineering surveys under complex geological conditions. The paper analyzes the full application process of geotechnical engineering survey technology in this kind of environment against a multi-technology collaboration and process optimization background. A synthesis of the operational logic for four central stages is contained within this study: geo-prediction, multi-technology gathering at an exploration target level, processing & modelling and the ubiquitous validation/verification process. Moreover it discusses about three measures to find the optimization: smart device integration, targeted tests for technological fit and implementing an inter-technology data sharing platform. Through systematic and practical verification, the proposed application process can effectively avoid interference when dealing with complex geological conditions to ensure the integrity and reliability of data collection. The optimization methods reduce the errors of survey data more bases and solve the problem through reducing the operational costs formed by different types of uncertainties, which provides a sound technical way for performing geotechnical engineering surveys under complex geological conditions. In addition, this framework provides a data basis for the safe progress of subsequent engineering designs, responding to the fundamental problem that traditional survey technologies are not adaptable enough to new geological situations.

Keywords

Geotechnical engineering; Survey technology; Complex geological conditions; Scheme design; Data collection