Wind tunnel testing has become an important research component to investigate, design, and build renewable energy systems, such as wind farms and solar power plants. The now-decommissioned Mirant Poto...
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Wind tunnel testing has become an important research component to investigate, design, and build renewable energy systems, such as wind farms and solar power plants.
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Wind tunnel experiments, field tracer studies, and numerical simulations are three primary methods for studying atmospheric radionuclide dispersion in nuclear power plant (NPP) environments
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Our engineers suggested a novel technique that relies on wind tunnel testing to improve how AERMOD characterizes building wake effects. Our study found, and field measurements confirmed, that
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The wind tunnel tracing experiment research used the meteorological tower of the nuclear power plant as the elevated point source, the wind direction was the SSW direction, and the
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Wind tunnels operate by moving air over or through a test model, and this airflow is regulated by a powerful fan or compressor. The test section of the wind tunnel, where models are
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Our findings highlight the advantages of balancing aerodynamic loads across the farm, preventing turbine saturation, and enhancing power availability by 3%–5% compared to a uniform
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This paper introduces a wind tunnel experiment to study the effect of the cooling tower of a nuclear power plant on the flow and the characteristics of visible plume regions.
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This paper presents the details of the wind tunnel investigations carried out on the aeroelastic behaviour of a tall RC chimney in the presence of surrounding structures for two typical
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Although wind screens have been proven to improve performance of ACCs, there are no guidelines on how to effectively use the screens. This paper experimentally investigates by physically...
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In this paper, a wind tunnel experiment was carried out to study the atmospheric flow and pollutant diffusion around a super-large natural ventilation cooling tower of a nuclear power plant.
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