基于Revit二次开发技术的井巷工程设计与应用研究

Design and application of tunnel engineering based on Revit secondary development

针对传统煤矿设计存在的设计量大、图算量复杂等问题,通过分析煤矿工程正向设计需求,将煤矿井下复杂的采掘系统以直观、立体的方式呈现,提出基于Revit平台的二次开发思路,对Revit进行二次开发,从该平台上拓展应用功能,提升BIM系统中Revit平台对煤矿工程设计行业的适应性。通过实例验证,开发设计贵州黔鑫煤矿井下煤矿主要构件,并给模型构件赋予相应属性参数,完成其工程量自动统计,并结合其他BIM软件设计井下三维数字化模型,提高了设计质量与出图效率,提升了数据与图像之间的联动性,为BIM技术在煤矿工程正向设计中的应用提供参考,以期进一步推进数字化矿山建设的进程。

Aiming at the large design workload and complex calculation in traditional coal mine design, by analyzing the forward design requirements of coal mine engineering, the complex mining system in coal mine is presented in an intuitive and three-dimensional way, and the secondary development idea based on Revit platform is proposed. The secondary development of Revit is carried out to expand the application function from the platform and improve the adaptability of Revit platform in BIM system to coal mine engineering design industry. Through the example verification, the main components of the underground coal mine in Guizhou Qianxin Coal Mine are developed and designed, and the corresponding attribute parameters are given to the model components to complete the automatic statistics of the engineering quantity. Combining with other BIM software, the underground three-dimensional digital model is designed, which improves the design quality and drawing efficiency, and improves the linkage between data and images. It provides a reference for the application of BIM technology in the forward design of coal mine engineering, and looks forward to the application prospect of this technology, thus to further promote the process of digital mine construction.