APPLYING CFD TO ENVIRONMENTAL FLOWS
APPLYING CFD TO ENVIRONMENTAL FLOWS
复制标题
将 CFD 应用于环境流动
DOI：
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发表时间：
2003
期刊：
影响因子：
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通讯作者：
Pty Ltd
中科院分区：
文献类型：
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作者：
Eric N Jal;Connell Wagner;Pty Ltd
环境流动建模可以通过利用计算流体动力学（CFD）技术来实现。CFD可以为评估和优化与环境问题相关的工程设计解决方案提供显着的成本效益。例如，建筑环境中的环境后果，主要涉及风力工程设计问题，正日益成为工程项目开发的一个更重要和更基本的部分。本文将介绍PHOENICS CFD代码在工程设计开发过程中通过使用环境流动建模的几个案例研究应用。将介绍和讨论与废气排放、行人舒适度、空气传播和雪沉积有关的各种项目应用。通过以这种方式使用CFD，预计这些类型的先进的性能为基础的研究将是一个有用的工具和必要的帮助城市设计师和环境规划师。
Environmental flow modelling can be achieved via the utilisation of Computational Fluid Dynamics (CFD) techniques. CFD can provide significant cost benefits for assessing and optimising engineering design solutions related to environmental concerns. For instance, environmental consequences within the built environment, which primarily relate to wind engineering design issues, are increasingly becoming a more crucial and fundamental part of the engineering project development. This paper will present several case study applications of the PHOENICS CFD code in the engineering design development process through the use of environmental flow modelling. Various project applications relating to exhaust emissions, pedestrian comfort, airborne dispersion and snow deposition will be presented and discussed. By using CFD in this manner it is anticipated that these types of advanced performance-based studies will be a useful tool and essential aid for urban designers and environmental planners.