Fluid Pressure Valve Of Aerospace Product Manufacturing Integrated Collaborative Management System

With the rapid development of China’s aerospace industry, the aerospace fluid pressure valve and produce unit puts forward a higher requirements of the integrated management in product design, process design and production process. In this context this thesis uses the.NET development platform designed and implemented a software system, which could realize the integrated management of aerospace product design and development. And the system requirements analysis, functional design, functional development and testing work are also introduced in this thesis.The research work of this thesis includes the following aspects:(1) The key business processes in the aerospace product development unit are analysis and investigated by using the integrated management ideas, and analysis the existing problems based on the basis of business modeling. And from the perspective of co-management mode, the system business is summarized as the two aspects of design and process technology and integrated management and production management. And the functional requirements and non-functional requirements of the system are proposed in this thesis.(2) The logic flow network architecture design, function level design, functional design and core function module design are researched in detail based on the C/S network mode; UML technology and MVC design technology. And the detailed design of the database table structure and data logic design of the system are also introduced in this thesis based on the research work of the system data analysis.(3) The function implementation work of the aerospace product manufacturing integrated collaborative management software system is researched based on the.NET platform and C# technology. The core technical points in the function realization process of the system are also studied. And at the mean time, this thesis shows part of the system running interfaces. Finally, the testing work of the system is introduced in detail, including the function testing work, performance testing work and the security testing work.The aerospace product manufacturing integrated collaborative management system studied in this thesis could incorporate the aerospace product development process of product design, process design and post-production services into a unified information management system. The research and developement target of the system has been largely achieved form the deployment and operating results. The research work in this thesis has a positive significance in promoting the management efficiency and enhancing the quality of research and development work of the aerospace products.