| 摘要: |
| 针对航天伺服系统研制流程中存在的协同设计水平不高、设计流程不统一、数据与模型管理分散等问题，以仿真生命周期管理（SLM)商业通用框架为基础定制开发了伺服系统多学科联合仿真与设计优化平台。通过对设计流程分析、流程定制、数据传递、模型管理等方面的研究与开发，将仿真融入设计流程中，实现了航天伺服系统的多学科协同建模与仿真、数据与模型的统一管理等功能，提升了航天伺服系统协同设计水平。 |
| 关键词: 航天伺服系统 多学科联合仿真平台 SLM |
| DOI： |
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| 基金项目: |
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| Multidisciplinary Co-simulation and Design Optimization Framework for Servo System based on SLM |
| AN Linxue,JIANG Menglong,HUANG Yuping,ZHU Yangzhen,LIN Chen |
| (Beijing Research Institute of Precise Mechatronics and Controls) |
| Abstract: |
| A new simulation platform, based on the SLM (Simulation Lifecycle Management) commercial general framework, was developed to solve the deficiency of collaborative design, the inconsistency of design flow and the confusion of data management in the aerospace servo system development process. Through the research of the design process analysis, the process customization, the data transmission and the model management, the simulation process is successfully integrated into the development process. The proposed platform achieved the multidisciplinary collaborative modeling and simulation and data unified management, which improves the collaborative design ability of the aerospace servo system. |
| Key words: Aerospace servo system Multidisciplinary co-simulation framework SLM |