Holographic projection numeralization simulation experiment platform and application method thereof

Abstract

The invention discloses a holographic projection numeralization simulation experiment platform and an application method thereof. The holographic projection numeralization simulation experiment platform includes a modeling mechanism and a loading scanning mechanism; the modeling mechanism is provided with a slide rail, a transparent template, a bottom bracket, a transfer motor, a stress slice, a pore pressure gauge, an infusion microtube, and a coal seam simulation material; the loading scanning mechanism is provided with an X-ray emitter, an X-ray receiver, a bearing sealing plate, a communicating hole, a hydraulic jack, a loading plate, a waste liquid pool, a holographic projection displayer, a projection cover, a model projection pattern, a data line, a liquid discharge pipe, an oil pressure pipe, valves, hydraulic pressure gauges, pressurization pumps, dissolved liquid pipelines, a dissolving liquid, water delivery pipes, liquid storage pools, a bus, and a central server. The modeling mechanism is used for modeling, the loading scanning mechanism is used for solid loading, liquid loading, coal seam re-mining, X-ray scanning, holographic projection and data processing, the three-dimensional numeralization and visualization analysis of a physical model are achieved, and valuable data are provided for scientific researches and prevention of mine disasters.

Description

technical field [0001] The invention relates to a holographic projection numerical simulation test bench and a method for applying the test bench. Background technique [0002] Theoretical analysis, numerical simulation, and similar physical simulation are commonly used methods in analyzing and dealing with geological and mineral development problems. Among them, similar physical simulation can truly reproduce the geological changes caused by the occurrence of ore seams and excavation. However, its disadvantage is the visualization effect of ordinary 3D simulation test benches. Poor, unable to observe the internal variation of the model. Based on the above situation, there is an urgent need for a holographic projection numerical simulation test platform, which can realize real-time display of the corresponding stress field, fracture field, and seepage field changes in the simulation process of the physical model, and three-dimensional numerical and visual mining disturbance ...

AI Technical Summary

Problems solved by technology

[0002] Theoretical analysis, numerical simulation, and similar physical simulation are commonly used methods in analyzing and dealing with geological and mineral development problems. Among them, similar physical simulation can truly reproduce the geological changes caused by the occurrence of ore seams and excavation. However, its disadvantage is the visualization effect of ordinary 3D simulation test benches. Poor, unable to observe internal changes in the model

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