Development and Application of Structural Plane Identification System for Rock Slope
The investigation and analysis of rock mass structural plane in rock slope is one of the basic work of slope sta-bility analysis.However,the traditional method to obtain the structural plane of rock slope has some shortcomings,such as low efficiency,poor safety,high subjectivity,low digitization degree and cumbersome process.Based on the 3D reconstruction SFM algorithm,this paper deeply studies the reconstruction method of the high-precision 3D reality model of open-pit slope rock mass,and integrates the spatial and texture feature information of the high-precision 3D reality model of slope rock mass to build a visualization interactive system based on Opengl graphics library.The high-precision 3D model of rock slope is effi-ciently collected and visualized.At the same time,the theory of determining a plane by non-collinear three points is applied to the identification of structural plane to realize the interactive and accurate identification of rock mass structure.On this basis,the rock slope structural plane identification system is developed,and the rock slope stability is analyzed in detail by taking an open-pit mine slope as the research object and guided by the basic theory of rock mechanics.The results show that:the system can make the stability analysis and disaster prevention and control of rock slope more timely,efficient and accurate,and has a wide application prospect.
rock slopeUAVslope stabilityoblique photographyidentification of structural plane
万方数据
维普
