A method and device for reconstructing an ellipsoid model of a rock mass surface crack

Abstract

The invention proposes a method and equipment for reconstructing the ellipsoid model of cracks on the surface of rock mass. The method adopts the ellipsoid model to intuitively express the distribution characteristics of cracks and pores, and at the same time conducts statistical analysis on the distribution characteristics of cracks and pores in samples to realize the analysis of the distribution characteristics of cracks and pores. Quantitative description; the present invention adopts ellipsoid to reconstruct rock mass surface fissure field, simplifies the surface fissure field inside rock mass to ellipsoid fissure, which is convenient to describe in mathematical geometry, and establishes simplified fissure field and rock mass physical and mechanical properties and deformation The theoretical relationship between failures is of great significance to the development of fractured rock mechanics theory.

Description

An ellipsoid model reconstruction method and equipment for rock face fractures technical field The present invention relates to rock mass analysis technical field, relate in particular to a kind of ellipsoid model reconstruction method of rock mass face fissure, Apparatus, computer equipment, and storage media. Background technique There is a large amount of primary fissures in the rock mass in nature, when carrying out geotechnical engineering construction, due to human interference The increase or release of internal stress in the diagenetic body leads to changes in the stress field, and new fractures are also generated in the intact rock mass. Currently, domestic A large number of geotechnical projects are being built outside, especially China is in a period of rapid development of infrastructure, transportation, water conservancy, energy, mining Mountain, national defense and other projects are inseparable from rock mass. In general, geotechnical engineering in...

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Problems solved by technology

[0005] However, there are some problems in using the ball-and-stick model for crack simplification: the ball-and-stick model uses two different geometries: sphere and rod. Due to the difficulty in theoretical analysis of geometric features, it is difficult to theoretically combine the crack field of the ball-and-stick model with solids. It is difficult to study the theoretical relationship between the simplified fracture field and the elastic properties of the rock mass and the failure to establish a relationship between the mechanical theories; moreover, the surface cracks play a leading role in the rock mass, and at the same time, the surface cracks have a direct impact on the mechanical properties of the rock mass, while the ball and bat The model can only simplify pores and fractures

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