CAJ | 학술논문

针对实现水利水电工程三维设计中所存在的关键问题,基于三维地质建模、水工建筑物快速建模和计算机协同设计技术等先进技术,采用了面向对象方法,设计并实现了水利水电工程地质-水工三维协同设计系统.该系统由三维地质建模、水工建筑物建模、工程地质分析与设计,以及数据库管理4个模块组成.地质和水工建筑物建模为工程地质分析与设计提供了三维模型,能够进行三维剖切分析、建基面分析、地下建筑物布置分析、边坡开挖分析等多方面的综合分析和不同专业间的协同作业,为水利水电工程三维设计提供了技术支持.
침대실현수이수전공정삼유설계중소존재적관건문제,기우삼유지질건모、수공건축물쾌속건모화계산궤협동설계기술등선진기술,채용료면향대상방법,설계병실현료수이수전공정지질-수공삼유협동설계계통.해계통유삼유지질건모、수공건축물건모、공정지질분석여설계,이급수거고관리4개모괴조성.지질화수공건축물건모위공정지질분석여설계제공료삼유모형,능구진행삼유부절분석、건기면분석、지하건축물포치분석、변파개알분석등다방면적종합분석화불동전업간적협동작업,위수이수전공정삼유설계제공료기술지지.
Based on 3D geological modeling technique, rapid modeling technique of hydraulic structures,and computer supported collaborative design technique, the 3D geology-hydrotechnies cooperative design system of hydraulic and hydroelectric engineering is implemented by the object-oriented method. The system includes four modules: 3D geological modeling, hydraulic structure modeling, engineering-geological analysis and design, and database management. The modeling modules offer the analysis-design module different kinds of 3D models. Then,comprehensive analyses and cooperative works among different specialities can be realized, such as 3D slitting anal-ysis, treatment analysis of fundamental surfaces, arrangement analysis of underground structures, slope cutting a-nalysis. It can offer technical supports to 3D design of hydraulic and hydroelectric engineering.