LINCOM风流模型在复杂地形热分层中的应用

F. Dunkerley , J. Moreno , T. Mikkelsen , I.H. Griffiths
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引用次数: 8

摘要

LINCOM是一个用于丘陵地形的快速线性化和光谱风流模型。它旨在快速生成平均风场预测,为大气弥散模型和风力工程应用提供输入。热模块LINCOM-T最近进行了改进,可以在一系列稳定条件下提供相当可靠的结果。这里只给出了对理想地形的预测结果。用于初始化模式的气象数据通常是从测量或较大尺度数值模式的输出中获得的。因此,这些标准数据类型已用于计算LINCOM-T所需的气象参数。详细研究了这些参数的表达式对微扰速度场的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
LINCOM wind flow model: application to complex terrain with thermal stratification

LINCOM is a fast linearised and spectral wind flow model for use over hilly terrain. It is designed to rapidly generate mean wind field predictions which provide input to atmospheric dispersion models and wind engineering applications. The thermal module, LINCOM-T, has recently been improved to provide reasonably robust results over a range of stability conditions. The results predicted for idealised terrain only are presented here. Meteorological data used to initialise the model are normally obtained from measurements or from outputs from larger scale numerical models. These standard data types have therefore been used to calculate the meteorological parameters required by LINCOM-T. The effect of the formulation of these parameters on the perturbed velocity field has been investigated in detail.

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