Laboratory experiments and numerical modelling of wave-driven mean flow dynamics in submerged canopies
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https://researchdata.edu.au/laboratory-experiments-numerical-submerged-canopies/1445636
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资源简介：
A laboratory experiment was conducted in combination with high-resolution wave modelling using the SWASH model to study wave-driven mean flow dynamics in submerged canopies. The experiments were conducted in a 35-m-long, 1.2-m-wide and 1.2-m-deep wave flume and included 6 different wave conditions with a constant high-density 0.3-m-tall canopy in a constant water depth of 0.75 m.
The dataset covers both the experimental data as the model input files for the simulations. More information can be found in the accompanied metadata document, as well as the following publication: https://agupubs.onlinelibrary.wiley.com/doi/abs/10.1029/2019JC015935.
本研究结合SWASH（SWASH）模型开展高分辨率波浪数值模拟与水槽物理实验，旨在探究淹没植被冠层内波浪驱动的平均流动力学特性。
实验于总长35米、宽1.2米、水深1.2米的波浪水槽中开展，共设置6种不同波浪工况，水槽内布设高度恒定为0.3米的高密度植被冠层，实验全程维持恒定水深0.75米。
本数据集包含物理实验观测数据与数值模拟所需的模型输入文件。更多详细信息可参阅随附的元数据文档，以及下述发表文献：https://agupubs.onlinelibrary.wiley.com/doi/abs/10.1029/2019JC015935。
提供机构：
The University of Western Australia
