Solution of 3D optical measurement for rock coal civil engineering

Solution of 3D optical measurement for rock coal civil engineering

Building national infrastructure

Science and technology protect life safety

It is always a difficult problem in the industry the quality and mechanical detection in the complex geographical and geological environment.
The XTOP’s coal and rock civil engineering optical solution can capture and analyze the deformation of the sample surface in a large range, and realize the dynamic measurement in the test process.
It is non-contact and visible measurement method and protects the engineering quality and life safety.

Assist the scientific development of rock coal civil engineering industry

From material to structure, from dynamic measurement to static deformation measurement, it provides all aspects of data support and helps the scientific development of rock coal civil engineering industry.

  • The analysis of material and structure

    The analysis of material and structure

    The XTOP’s extension three-dimensional strain measurement technology can measure the mechanical properties of the structure under tension, compression, torsion and other conditions, as well as the failure evolution process of the structure. According to the needs of the project, it can carry out the finite element analysis and optimization of the structural model, and test its compressive strength and deformation characteristics, so as to provide reliable data basis for the structural safety.

  • Dynamic measurement of displacement

    Dynamic measurement of displacement

    The XTOP’s three-dimensional strain measurement technology can obtain the whole field three-dimensional dynamic displacement data of the measured object, accurately predict the location of structural failure, the critical failure point and the development path of structural failure, etc. It is widely used in seismic performance of building structure model, mechanical performance analysis of masonry bearing wall after opening, slope earthquake, landslide, coal mining structure settlement and overburden deformation.

  • Static deformation of similar materials

    Static deformation of similar materials

    The XTOP’s 3D optical photogrammetry technology( shorter form: XTDP) can collect and measure the failure characteristics of coal seam mining process, reveal the structural deformation law in the process of coal mining, and provide data support for the structural deformation research of thick coal seam mining.

Civil Engineering

The DIC technology can real-time detect the subtle changes of civil engineering materials and structures, the evolution process of displacement and strain, and verify with the finite element analysis, and it can effectively prevent the engineering structure from cracking and collapse. It has practical application value in civil engineering, building materials discipline and engineering field.

  • Rock splitting experiment
    Four axis bending test of concrete
    Seismic experiment of slope
  • High speed compression test of concrete materials
    Cyclic loading experiment of asphalt components
    Landslide experiment
Rock splitting experiment

Rock coal mining

The DIC technology can be used to track and analyze the deformation of mining structure in the process of coal mining. It can observe the displacement field and strain field on the surface of coal mine model in real time, and clearly show the displacement and deformation of the key position and structure of coal mine. It has important engineering application value for coal mine safety mining.

  • Simulation test of rock tunnel foundation pit excavation
    Simulation test of overburden deformation in coal mining
  • Simulation test of coal mining structure settlement
    Simulation test on mining deformation of overburden in "Three Soft" coal seam
Simulation test of rock tunnel foundation pit excavation
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