A Simulation Test System Oriented to Multidisciplinary Heterogeneous Model

Abstract

The invention discloses a multidisciplinary heterogeneous model-oriented simulation test system. The system comprises a heterogeneous model building subsystem, a heterogeneous model packaging subsystem, a simulation test process design subsystem, a simulation test resource configuration subsystem and a simulation test control subsystem. The heterogeneous model building subsystem and a heterogeneous model interaction subsystem establish interfaces of heterogeneous models and the simulation test control subsystem, and unification of the interfaces of the heterogeneous models is realized; the simulation test process design subsystem can set a simulation process and a parameter matching relationship according to a simulation purpose; the simulation test resource configuration subsystem configures a calculation node for each model; and integrated simulation of the heterogeneous models is realized through the simulation test control subsystem. According to the system, the interfaces of the heterogeneous models are unified; the simulation process can be set according to the simulation purpose; simulation test resources can be subjected to unified management and configuration; multi-specialty interactive coupling simulation is realized; and the simulation test operation efficiency is improved.

Description

technical field [0001] The invention relates to a simulation test system oriented to multidisciplinary heterogeneous models, which belongs to the technical field of aerospace product system simulation. Background technique [0002] The flight process of a launch vehicle usually goes through some complex physical processes, such as separation processes such as tail cover separation, booster separation, interstage separation, star-rocket separation, and longitudinal coupling vibration of liquid rockets. These processes are often accompanied by the characteristics of short duration and strong multidisciplinary coupling. They are the focus of current model development and an important factor affecting the reliability of launch vehicles. Therefore, it is necessary to use multi-disciplinary comprehensive analysis methods to carry out simulations of related processes. Reproducibility and mechanism research to fully enhance the reliability of model development. [0003] A large amo...

AI Technical Summary

Problems solved by technology

When faced with new simulation requirements, the solidified operation process will lead to low utilization of simulation test models, which will lead to repeated construction and poor reusability, which is not conducive to the integration and configuration of simulation tests of various heterogeneous models. Realize multi-discipline interactive coupling simulation

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