CAJ | 학술논문

传统基于二维图纸的大中型水电站厂房设计重复绘图量大，且设计结果不够直观。针对二维设计的不足，重点探讨了大中型水电站地下厂房三维参数化设计的技术方法。以CATIA三维设计软件为例，对厂房施工详图的三维设计，及其实现方法、建模流程与关键技术展开了详细论述。应用结果表明，该技术方法能显著提高图纸设计效率，有效降低了设计成本。
전통기우이유도지적대중형수전참엄방설계중복회도량대，차설계결과불구직관。침대이유설계적불족，중점탐토료대중형수전참지하엄방삼유삼수화설계적기술방법。이CATIA삼유설계연건위례，대엄방시공상도적삼유설계，급기실현방법、건모류정여관건기술전개료상세논술。응용결과표명，해기술방법능현저제고도지설계효솔，유효강저료설계성본。
The traditional repeated design based on two-dimensional drawing for large and medium-sized hydropower plant is heavy workload and the results are not intuitive. Aiming at the defects of two-dimensional design, this paper focuses on the three-dimensional parametric design method for large and medium-sized underground hydropower plant. Taking the CATIA software platform as an example, the three-dimensional design of the plant construction details was carried out, and the imple-mentation method, modeling process and key technologies were presented in detail. The result showed that the proposed method can significantly improve the efficiency of drawing design and reduce the design cost.