复杂定制装备低碳与结构变异的融合进化设计方法研究

项目名称： 复杂定制装备低碳与结构变异的融合进化设计方法研究

项目编号： No.51275458

项目类型： 面上项目

立项/批准年度： 2013

项目学科： 机械、仪表工业

项目作者： 张树有

作者单位： 浙江大学

项目金额： 80万元

中文摘要： 针对面向功能、结构设计缺乏低碳设计支持，现有产品碳足迹分析难以与设计、变异过程融合等问题，提出低碳与结构变异的融合进化设计方法。基于复杂定制装备多层次结构变异单元再生、演化与结构碳排放模型关联，构建碳排放映射的结构变异图谱。将低碳驱动的功能定制与结构变异的碳排放反馈结合起来，实现复杂定制装备低碳与结构变异的互反馈设计方法。将复杂定制装备变异设计过程任务链与低碳设计知识结合起来，实现融合进化设计任务链与低碳化设计导航技术。在碳排放映射的结构变异图谱、低碳驱动与变异的互反馈设计、融合进化设计设计导航技术等方面取得创新与突破。开发复杂定制装备低碳与结构变异的融合进化设计原型系统，并在大型空分装备关键部机等设计中进行应用验证，为构建复杂装备低碳化设计平台提供理论与技术支撑。

中文关键词： 复杂装备；结构变异；低碳设计；设计过程；融合进化

英文摘要： The current product function oriented structure design method lacks of low-carbon decision supports and makes it difficult to analyze carbon footprint during product design process. Therefore, a fusion evolution design method of low-carbon and structure variation is put forward. The structure variation map of carbon emission mapping is constructed based on the regeneration, evolution of multi-feature structure and its association with structure carbon emission model of the complex customization equipment. The inter-feedback design between low-carbon and structure variation is realized by combining low-carbon driven function customization and carbon emission feedback of structure variation. The fusion evolution design of task chain and low-carbon design navigation is implemented by integrating task chain of variation design process and low-carbon design knowledge. The innovation and breakthrough will be obtained in structure variation map of carbon emission mapping, inter-feedback design between low-carbon and structure variation and fusion evolution design navigation, etc. A prototype system of fusion evolution design of low-carbon and structure variation for complex customization equipment will be developed and applied into the key machines of large air separation equipment which will further give the theoretic

英文关键词： Complex equipment；Structure variation；Low-carbon design；Design process；Fusion evolution