摘要
为使锥束CT应用于航空发动机的研制,采用面向对象的框架和组件技术设计并实现了锥束CT应用平台软件。通过锥束CT应用的领域分析,提出其框架模型;从功能上分割框架模型,得到各组件模块,并阐述了关键组件的技术实现方法。使用M icrosoftV isual C++6.0/MFC和VTK(V isualization Tool-K it)完成锥束CT应用平台的框架和组件开发,突破了限制检测系统的一些瓶颈问题,为锥束CT在企业的实际应用打下基础。
To put CBCT into the aeroengine development, the application platform of CBCT was designed and realized based on object-oriented framework and component technology. The framework model was brought forward by the domain analysis of CBCT. The component modules were obtained ＇after segmenting the framework model on functions, and some key components of them were discussed on the technical realization methods. To achieve the application platform, Microsoft Visual C ＋ ＋ 6.0/ MFC and VTK （ Visualization Tool-Kit） were applied to develop the framework and components. The research result overcomes some bottlenecks which restrict the CBCT inspection system from being practically applied to enterprises.
出处
《计算机应用研究》
CSCD
北大核心
2006年第10期208-211,共4页
Application Research of Computers
基金
总装备部预先研究资助项目(41318.1.1.7)
关键词
锥束CT
软件开发
框架
组件
涡轮叶片
CBCT（ Cone Beam Computed Tomography ）
Software Development
Framework
Component
Turbine Blade
