39 / 2023-03-30 00:40:41
Research and application of 3D mining subsidence equivalent material simulation device
Mining subsidence;Three-dimensional equivalent material simulation;Coordinate transformation;Deformation monitoring
Draft Accepted
来良 蔡 / 河南理工大学
鑫 王 / 河南理工大学
友峰 邹 / 河南理工大学
泉顺 朱 / 河南理工大学
周烽 崔 / 河南理工大学
冰洁 张 / 河南理工大学
景动 吴 / 河南理工大学
In order to study the law of surface subsidence under complex working conditions such as mining in mountainous areas, a software and hardware system of 3D equivalent material simulation experiment was developed. Through the steps of structure design, bearing capacity analysis and workshop processing, a set of practical 3D similar material simulation bench was constructed. The monitoring model of close-range industrial photogrammetry system was adopted, and the experimental data analysis software integrating coordinate transformation, same point-matching, displacement analysis and other functions was developed, which laid the foundation for the efficient development of the experiment. The 3D equivalent material simulation experiment system can directly simulate the distribution pattern of subsidence contour line, residual subsidence contour line and surface crack in all terrain conditions, which has important technical support for obtaining comprehensive mining subsidence law.
Important Date
  • Conference Date

    Oct 26

    2023

    to

    Oct 29

    2023

  • Oct 15 2023

    Abstract Submission Deadline

  • Oct 15 2023

    Draft paper submission deadline

  • Nov 13 2023

    Registration deadline

Sponsored By
International Society for Mine Surveying
China Coal Society
China Surveying and Mapping Society
Organized By
中国矿业大学
中国煤炭科工集团有限公司