Research on Technical Indicator Validation Methods Based on SysML

In the process of digital development of complex equipment, SysML (Systems Modeling Language) has become a key tool in model-based systems engineering (MBSE). SysML provides powerful modeling capabilities and simulation validation capabilities, which enhance the accuracy and consistency of design and improve communication and collaboration among interdisciplinary teams. However, in actual technical indicator validation processes, SysML has limitations in terms of compatibility, interaction, and interoperability, especially for multi-level, multi-physical, and multi-scale simulation requirements. To address the distributed simulation resource coupling issues in the development of complex equipment and to transition from a modeling tool-centric approach to a process-centric approach, this paper proposes a technical indicator simulation validation platform with a SysML-based simulation kernel and supercomputing scientific workflow integration. This platform can effectively integrate various simulation tools and processes, significantly enhancing the efficiency and reliability of technical indicator validation. The experimental results demonstrate the effectiveness of the proposed method.