三维结构指令在飞机结构化发展中的分类

Classification of 3D Structure Instruction in Aircraft Structural Development

文章描述了基于自动生成的CAD数据的产品研发方法,这些CAD数据可以被用作飞机机身的结构分析和生产计划。在设计方面的可制造性的介绍使得在制作原型和工具的昂贵活动之前,做出可行的同步工程设计、生产计划和流程验证。对于飞机部分机身的模拟组装作业的网络分析展现出了当资金效率提升了19%时,对比于实际装配过程,劳动力的利用可以被显著的提升。这次模拟预测了这些结果在单一的最终组装模具中这些结果可以被实现。正如现在2个磨具可以在现实中被用于组装流程中,这一结果可以体现出明显了在财务方面的节省。

This article describes a product development approach based on the automatic generation of CAD data, these CAD data can be used as a structural analysis and production plan of the aircraft fuselage. In the design aspect of the introduction makes the introduction of a prototype and tools in the production of expensive activities before making a feasible design, production planning and process validation. Network analysis for the simulation of aircraft fuselage assembly operations shows that when the capital efficiency is increased by 19%, compared to the actual assembly process, the use of labor can be significantly improved. This simulation predicts these results in a single final assembly die and these results can be achieved. As the two abrasive tools can be used in the assembly process in reality, this result can be reflected in the financial aspects of the savings.