Simulation flow management for planetary gear transmission

Liu Lan, L. Geng, Zhaoxia He, He Li
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引用次数: 1

Abstract

In the design process of the planetary gear transmission, it is necessary to acquire its motion law, dynamics characteristics and structural strength, etc. In order to improve the work efficiency, how to make sure the correct sequence among many kinds of simulations and the proper relationship between all simulation data has become more and more important. Based on the workflow technology, a simulation flow management system for planetary gear transmission is proposed. And the functional framework and the technical architecture of this system have been established. The management system abides by the workflow reference model which is provided by the Workflow Management Coalition(WfMC); while the flow files can be acquired based on XML Process Definition Language(XPDL). Furthermore, the Relational DataBase (RDB) is adopted to manage control data of flow and the simulation data files can be managed by folder system. At last, an engineering application demonstrated that the simulation flow management system can control analysis process conveniently, manage simulation data effectively and improve work efficiency markedly.
行星齿轮传动仿真流量管理
在行星齿轮传动的设计过程中,需要掌握其运动规律、动力学特性和结构强度等。为了提高工作效率,如何保证各种仿真之间的正确顺序以及各种仿真数据之间的正确关系变得越来越重要。基于工作流技术,提出了行星齿轮传动仿真流程管理系统。建立了系统的功能框架和技术体系结构。该管理系统遵循工作流管理联盟(workflow management Coalition, WfMC)提供的工作流参考模型;而流程文件可以基于XML过程定义语言(XML Process Definition Language, XPDL)获取。采用关系数据库(RDB)对流程控制数据进行管理,并采用文件夹系统对仿真数据文件进行管理。工程应用表明,仿真流程管理系统能够方便地控制分析过程,有效地管理仿真数据,显著提高工作效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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