Missile design and simulation integrated platform

Abstract

The invention discloses a missile design and simulation integrated platform comprising a platform portal layer serving as a portal for united work of missile design engineers and missile simulation engineers of each specialty; a design application layer applied to rapid design of overall missile, guidance control system, structure and pneumatic specialties; a simulation application layer used for performing simulation analysis on the overall missile, guidance control system, structure and pneumatic specialties; a platform service layer used for performing effective configuration management on existing missile knowledge data, professional models, analysis processes, professional tools and IT tools of enterprises; and a basic resource layer used for performing effective share management on product design experiences, software analysis tools and hardware computation equipment formed by accumulating, summarizing and concluding during missile research and development processes. According to the platform provided by the invention, digital design simulation of an overall missile scheme and accumulation and reuse of design knowledge are achieved, and a professional design, simulation analysis and data management tool is provided for overall missile designers.

Description

technical field [0001] The invention relates to the application of digital design technology in the field of overall missile design, specifically a novel integrated platform for missile design and simulation, which belongs to the technical field of overall digital design of missiles. Background technique [0002] The overall design of hypersonic missiles in a complex environment has the characteristics of high integration, complex structure, long development cycle, and huge test costs. Digital design technology provides a means to solve these problems and has also been used in many missiles. Under the traditional R&D mode, digital simulation technology has not yet become a standard part of the core technical means and R&D process. Digital technology has accelerated the missile design process, but the missile development experience, models, and data accumulated by many designers have not been effectively managed, and no effective way has been found for the inheritance of desi...

AI Technical Summary

Problems solved by technology

[0002] The overall design of hypersonic missiles in a complex environment has the characteristics of high integration, complex structure, long development cycle, and huge test costs. Digital design technology provides a means to solve these problems and has also been used in many missiles. Under the traditional R&D mode, digital simulation technology has not yet become a standard part of the core technical means and R&D process

Digital technology has accelerated the missile design process, but the missile development experience, models, and data accumulated by many designers have not been effectively managed, and no effective way has been found for the inheritance of design knowledge

Images