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Unified feature-based approach for process system design

机译：基于统一功能的过程系统设计方法

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Process system design, such as those engineering projects being developed in the global energy sector, involves well-established empirical engineering knowledge, standards and industrial codes. Their effective and efficient implementation has critical consequences to the success of projects. In a mechanical engineering domain, process system design covers process-flow modelling, pressure vessel and piping layout design, detailed structure design, etc. The authors are motivated to investigate an effective method for achieving the knowledge-driven design to address the efficiency drawback in traditional process system design applications. This article proposes a systematic method to embed in-depth engineering knowledge and to realise smart design changes in a unified feature-based approach. To prove the feasibility and effectiveness of the proposed method, a process fuel and water supply system has been comprehensively designed in the conceptual design stage. The findings of this research work are presented with some critical discussions at the end of this article. The authors believe that this approach is easy to implement and is useful to improve the knowledge reusability and engineering design productivity.
机译：过程系统设计（例如在全球能源领域正在开发的那些工程项目）涉及成熟的经验工程知识，标准和工业规范。它们的有效执行对项目的成功具有至关重要的影响。在机械工程领域，过程系统设计涵盖过程流建模，压力容器和管道布局设计，详细的结构设计等。作者被激励研究一种有效的方法来实现知识驱动的设计，以解决效率低下的问题。传统工艺系统设计中的应用。本文提出了一种系统的方法，以一种基于特征的统一方法来嵌入深入的工程知识并实现智能设计更改。为了证明该方法的可行性和有效性，在概念设计阶段对过程燃料和供水系统进行了全面设计。本文末尾将进行一些批判性讨论，以介绍这项研究工作的结果。作者认为，这种方法易于实现，对于提高知识的可重用性和工程设计生产率很有用。

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