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GMT aerothermal modeling validation through site measurements

机译:GMT通过现场测量验证验证

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Validation of Computational Fluid Dynamics (CFD) solutions using experimental data is critical as CFD simulations are regularly used for site characterization and design analysis of Extremely Large Telescopes (ELT). Site testing data for wind, temperature and optical turbulence are used to validate the GMT CFD model configuration for the construction site at Las Campanas Peak in Northern Chile. CFD simulations, both steady-state and unsteady, combined with the corresponding seeing models are performed and estimates of the Ground Layer (GL) optical turbulence are calculated. Comparisons with wind, temperature and optical turbulence profiles are made that show a good match between simulated and observed data.
机译:使用实验数据的计算流体动力学(CFD)解决方案的验证是至关重要的,因为CFD仿真经常用于极大望远镜(ELT)的现场表征和设计分析。用于风力,温度和光学湍流的站点测试数据用于验证智利北部Las Campanas Peak的施工现场的GMT CFD模型配置。 CFD模拟,稳态和不稳定,与相应的看模型相结合,并计算接地层(GL)光湍流的估计。使用风,温度和光学湍流轮廓的比较,在模拟和观察数据之间显示出良好的匹配。

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