CAJ | 학술논문

在本文的第一部分,介绍了一种理想的车辆动力系统的计算机辅助开发过程.它显示了现代仿真技术在产品持续发展过程中的作用,该技术采用硬件回路作非在线的仿真,并通过现代化的试验手段对车辆进行匹配.特别重要的是提供了将电控变速器和发动机控制单元综合的可能性.接着是在线仿真在诸如发动机和变速器模式方面的应用和发展,它是上述开发过程的基础.根据上述的方法论,本文论述了仿真技术已取得的成绩和将来的应用可能性.
재본문적제일부분,개소료일충이상적차량동력계통적계산궤보조개발과정.타현시료현대방진기술재산품지속발전과정중적작용,해기술채용경건회로작비재선적방진,병통과현대화적시험수단대차량진행필배.특별중요적시제공료장전공변속기화발동궤공제단원종합적가능성.접착시재선방진재제여발동궤화변속기모식방면적응용화발전,타시상술개발과정적기출.근거상술적방법론,본문논술료방진기술이취득적성적화장래적응용가능성.
In the first part of the article, an idealized computer aided development process for the entire powertrain of a vehicle is presented. It is shown how state-of-the-art simulation techniques can contribute to a continuous development process, which is based upon offline simulation using hardware in the loop,the utilization of the possibilities to link electronic transmission and engine control units.Then there will be a report of the application and development of real-time simulation models, such as engine models and transmission models, which are essential modules for the development process mentioned above.Based upon the described development methodology, applications that have already been implemented and further possible applications of this holistic development process are covered.