首页> 外文会议>Proceedings of the 2010 summer simulation multiconference book 1: Summer computer simulation conference 2010 >CFD Modelling as an Integrated Part of Multi-Level Simulation of Process Plants - Semantic Modelling Approach
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CFD Modelling as an Integrated Part of Multi-Level Simulation of Process Plants - Semantic Modelling Approach

机译:CFD建模作为过程工厂多级仿真的集成部分-语义建模方法

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In this paper, we present our computational fluid dynamics (CFD) modelling and simulation environment, which is designed to be suitable for integration to a large-scale system level simulation tools for industry process simulation of plants, such as Apros 6 software. We discuss about the coupling possibilities of these simulations and further concentrate on the description of our pre- processing, fluid solver integration, and post-processing within the open-source Simantics integration platform. We present the semantic data model and ontologies for describing simulation models and their relations. We discuss about suitable open-source software component candidates, realisation of geometry, mesh, case configuration, boundary and initial conditions, solvers, and visualization parts. Finally, we present our proposal implementation based on Eclipse Rich Client Platform. In addition, because we rely on open-source software tools, our proposals could be especially interesting for developments in the area of general process simulators, which might be eventually extended with more detailed 3D simulation models.
机译:在本文中,我们介绍了我们的计算流体动力学(CFD)建模和仿真环境,该环境旨在适合集成到用于工厂工业过程仿真的大规模系统级仿真工具中,例如Apros 6软件。我们讨论了这些模拟的耦合可能性,并进一步集中于在开源Simantics集成平台内进行预处理,流体求解器集成和后处理的描述。我们介绍了语义数据模型和本体,用于描述仿真模型及其关系。我们讨论了合适的开源软件组件候选对象,几何,网格,案例配置,边界和初始条件,求解器以及可视化零件的实现。最后,我们介绍基于Eclipse Rich Client Platform的提案实现。另外,由于我们依赖于开源软件工具,因此对于通用过程模拟器领域的开发,我们的建议可能会特别有趣,因为最终可能会通过更详细的3D仿真模型进行扩展。

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