Architecture Design of Distributed Solid Rocket Motor Integrated System

During the solid rocket motor (SRM) design process, multiple adjustments are necessary to meet the technical specifications defined by the overall design department and to optimize the solution. Existing design systems face challenges such as difficulties in integrating algorithm modules, limited system extensibility, and inadequate computational acceleration. To address these issues, this paper introduced a distributed cluster computing approach, established a standardized algorithm module interface specification, conducted a data interaction mechanism. Based on these foundations, A distributed integrated computing system, SRMstudio clusters, was developed to perform parallel computations for large-scale parameter combinations. successfully identifying optimal parameter combinations that satisfied the overall requirements. The proposed algorithm integration standards, data interaction mechanisms, and distributed framework facilitate efficient exploration of the design space, providing substantial data support for SRM design.