PET calculation in BIO-met
In today’s Quick-Tip, you will learn how to run a simulation to calculate the PET in BIO-met. Simulating the Physiological Equivalent Temperature (PET) is crucial for understanding human thermal comfort in various urban environments. PET considers factors such as air temperature, humidity, wind speed, and radiation, providing a comprehensive measure of how weather conditions affect human comfort levels. By simulating PET, urban planners and designers can evaluate the impact of different architectural and landscape designs on thermal comfort. This information is vital for creating outdoor spaces that are comfortable and safe for residents, particularly in the face of climate change. Furthermore, PET simulations can guide the implementation of effective climate adaptation strategies, ensuring healthier and more livable urban areas.
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Creating custom wall constructions
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Calculating mean area values in QGIS
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Wind tube visualization in LEONARDO
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PET calculation in BIO-met
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Analyzing panic dump files in LEONARDO
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QGIS Plugin Installation
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Comparing outputs in QGIS
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Spaces Model Area Adjustments
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Consistent Difference Maps in Leonardo
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Plant Parameter Monitoring & Analysis
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NetCDF Installation & Setup
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Using the cut area tool in ENVI-met Spaces to adjust model area sizes
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Simple Forcing vs. Full Forcing
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Forcing Files for Simulations
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QGIS Green Wall Digitization
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Wind Vector Color Setup