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Process integration and design optimization technologies for modelling improvement

机译:用于建模改进的过程集成与设计优化技术

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This paper aims to present a methodology that helps improving systems modelling by using Process Integration and Design Optimization technologies. Then, the methodology has been applied on an automotive case study: the improvement of the hybrid vehicle TOYOTA PRIUS III modelling. This work has been carried out in the context of the international research program PLACIS (PLAteforme Collaborative d'Inge?nierie Syste?me). It is the result of the collaboration between Institut Polytechnique Grand Paris and Esslingen University. The experimental data needed for the study were measured on a test bench and a detailed model developed in DYMOLA-MODELICA environment of the vehicle powertrain was given by the company Bosch. Thereby, in order to develop and validate the model, an optimization tool was used to identify the unknown parameters of the system and integrate the energy data management into the simulation.
机译:本文旨在提出一种方法,可以通过使用流程集成和设计优化技术来帮助改善系统建模。然后,该方法已应用于汽车案例研究:混合动力车辆丰田普辅利斯III建模的改进。这项工作是在国际研究计划的地下进行的(Plateforme Conclaborative d'Inge?Nierie Syste?我)。这是富尔·米特科尼克大巴黎和埃斯林根大学合作的结果。该研究所需的实验数据是在测试台上测量的,并由博世公司给出了车辆动力总成的Dymola-Modelica环境中开发的详细模型。因此,为了开发和验证模型,优化工具用于识别系统的未知参数并将能量数据管理集成到模拟中。

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