Tekla在核电机械模块设计中的应用研究

摘要

At present, PDMS or PDS is widely used as the software in designing nuclear power projects. However, since the mechanical module consists of special cohesively-assembled items and its design needs good coordination among designers from different specialties, it is difficult to accomplish all the design work by using PDMS or PDS alone. For this reason, combined with the practical engineering design, the process for designing mechanical module and the advantages of Tekla in steel structure design are analyzed, resulting in that Tekla can be applied to mechanical design step by step in three stages. In-depth study on the working mode of adopting Tekla in module design is also conducted with relevant process schemes proposed, which can be a reference for improving the fitness of steel structure design for other special module design and boosting the working efficiency of module design.%目前在核电工程设计中较多采用PDMS或PDS设计软件,但对于由多专业物项紧密布置组合而成且需各专业设计人员高度协同配合的机械模块设计,单独使用PDMS或PDS软件较难完成其全部设计内容.针对现状,结合实际工程设计,分析机械模块的设计流程和钢结构设计软件Tekla在钢结构设计的优势,采用Tekla分3个阶段逐步应用于机械模块设计的实施方法,深入研究Tekla有机融入模块设计的工作模式并提出相应的流程方案,为提高钢结构设计模块其他专业设计的综合布置协调契合度及机械模块的设计效率提供了参考.