CAJ | 학술논문

为了实现对以往设计经验及知识的继承和重用，缩短产品开发周期，降低设计成本，将知识工程技术应用到余热锅炉的设计流程中。构建了基于知识工程的余热锅炉总体设计的结构框架，研究了基于实例的推理和参数化设计技术，分析了系统的工作流程，以SolidWorks为平台开发了基于知识工程的余热锅炉智能设计系统，并结合实例验证了系统的有效性和可靠性。
위료실현대이왕설계경험급지식적계승화중용，축단산품개발주기，강저설계성본，장지식공정기술응용도여열과로적설계류정중。구건료기우지식공정적여열과로총체설계적결구광가，연구료기우실례적추리화삼수화설계기술，분석료계통적공작류정，이SolidWorks위평태개발료기우지식공정적여열과로지능설계계통，병결합실례험증료계통적유효성화가고성。
In order to achieve the inheritance and reuse of the past experience and knowledge ,shorten development cycles of products ,reduce design costs , the knowledge engineering technology was applied to the design process of heat recovery steam generator . The framework of heat recovery steam generator overall design was constructed by use of knowledge-based engineering technique ,the case base reasoning and parametric design technologies were researched .With SolidWorks as the development platform ,KBE-based intelligent design system for heat recovery steam generator was developed ,and an example was used to verify its validity and reliability .