A new rapid design and simulation analysis method for rockets

Abstract

The invention relates to a new type of rapid rocket design and simulation analysis method. By building a task management system, a data management system, and an advanced rocket weapon design simulation integration platform framework, the customized development and integration of design tools and processes are completed, and the Task management, data management, cross-tool efficient collaborative work for the entire rocket product development process, as well as the accumulation and inheritance of relevant theoretical and empirical knowledge. The present invention sorts out the multi-professional business in the rocket weapon design process, integrates various software tools of various professions, conducts the data flow between the software, and conducts unified management of the simulation process data, and then solidifies and forms a standardized design for the rocket The process realizes the rapid analysis and optimal design of the overall rocket project, improves the efficiency and capability of rocket project development, and provides a powerful means for the rapid and in-depth comprehensive research and development of modern rocket weapons.

Description

technical field [0001] The invention relates to the technical field of mechanical design and simulation, in particular to a novel rocket rapid design and simulation analysis method. Background technique [0002] Nowadays, with the continuous increase of armaments and weapons in various countries in the world, in order to improve combat capabilities, newer modern weapons need to be developed. This also puts forward higher requirements for rocket weapons, one of the main combat equipment, especially in terms of development efficiency and accuracy. . The overall system design, as the primary task of rocket weapon model development, directly determines the performance of the final developed product. [0003] However, for the overall system design, not only a short development cycle is required, but also high product quality and reliability are required. The development of new models of rocket weapons requires the gradual adoption of generalized, combined, and serialized enginee...

AI Technical Summary

Problems solved by technology

[0004] In response to the above requirements, the current design process involves a variety of tools and software from different disciplines. These tools have high barriers to use and poor ease of use. The data of each single-point tool is isolated from each other, which cannot form a multidisciplinary system based on design experience and standardized processes. Collaborative design, simulation and optimization system

Moreover, the self-compiled software is messy and inconsistent, resulting in low design efficiency, long R&D cycle, high cost, and low quality

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