A dynamic optimization method for a geotechnical engineering investigation scheme

Abstract

The current design and optimization of the existing investigation scheme mainly consider technical specifications and investigation cost, especially control of the investigation work cost, the consideration of the geotechnical engineering design scheme is insufficient, and the achievement of the investigation work cannot well meet the requirements of various geotechnical engineering characteristics related to the proposed engineering. The invention provides a dynamic optimization method for a geotechnical engineering investigation scheme. Based on the three-dimensional visualization technologyand with the building information model of geotechnical engineering as a reference, dynamically generated engineering investigation information is integrated into the building information model, theinvestigation key points and needs of the next stage are analyzed in combination with the building model and the geological information model, and an investigation scheme is optimally designed. According to the method, the requirements of a building on the geological environment can be fully considered in the establishment of a common intervention scheme of related personnel for engineering investigation, the feasibility of the investigation scheme and the usability of an investigation result are improved, and the investigation cost is reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for better understanding about buildings by analyzing their structural features during construction or other activities. By combining these models together into one framework, researchers are able to make informed decisions based upon factors like environmental impact, site selection criteria, etc., making more efficient exploration efforts possible while reducing costs associated therewith.

Problems solved by technology

Technological Problem: Current techniques used by researchers often require detailed analysis or simulations during exploration campaigns due to their limitations such as long wait times and complex calculations required before they reach an objective evaluation level. Additionally, current forms of measurement tools may lack accuracy when analyzing large amounts of soil properties over short periods of time (such as seasonality).

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