Graphics stratifying and data processing method based on standard soil layers for use in geotechnical engineering

Abstract

The invention discloses a graphics stratifying and data processing method based on standard soil layers for use in geotechnical engineering. The method comprises the following steps of: (1) under the condition of uniformly analyzing available data, extracting all most representative soil layers in a certain site, and defining the property of each soil layer; (2) establishing a logical relation between the standard soil layers and single hole stratification, i.e. comparing the in-situ test results of exploratory holes by taking each standard soil layer as a template, and deleting horizons which do not occur in each hole on the standard soil layers to complete single hole stratification of the exploratory holes; (3) if selection of the standard soil layers in the template differs during review, modifying the data information of the standard soil layers in the template, and meanwhile, automatically completing corresponding modification of the soil layer data information of each exploratory hole; (4) after obtaining geotechnical engineering stratification data of each hole, performing statistical analysis on the data; and (5) graphically displaying a stratification result and a statistical analysis result. According to the graphics stratifying and data processing method, geologic stratification of geotechnical engineering can be realized rapidly and accurately.

Description

technical field [0001] The invention relates to a graphical layering and data processing method for geotechnical engineering survey, belonging to the technical field of geotechnical engineering survey and computer software. Background technique [0002] At present, the data analysis and processing of geotechnical engineering investigation are all realized by means of computer-aided design software. Among the major geotechnical engineering survey software in China, the processing of engineering geological stratification is the main goal and content of the software. In terms of implementation methods, no matter whether the existing domestic software is based on database or other data storage methods, at the software application level, the collection of geotechnical engineering layers and the interface expression are all centered on simply listing the contents of the database (see appendix figure 1 ), and this method does not grasp the core process of geotechnical engineering ...

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Problems solved by technology

In terms of implementation methods, no matter whether the existing domestic software is based on database or other data storage methods, at the software application level, the collection of geotechnical engineering layers and the interface expression are all centered on simply listing the contents of the database (see appendix figure 1 ), and this method does not grasp the core process of geotechnical engineering stratification, does not reflect the important role of various tests and test data in geotechnical engineering stratification, and only designs the interface for data collection, causing users to fall into huge data The form interface is at a loss, which also separates the professional analysis process of geotechnical engineers from data collection, increasing the workload of geotechnical engineers in data collation in the field

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