Which is a proper software for the simulation of thermal comfort conditions in semi-outdoor spaces?
Israa Ali,
You may want to take a look at the link below.
www.urbanclimate.net/rayman/RayManManual.pdf
Also, you may go through the link below which seems useful.
https://www.researchgate.net/post/Which_software_is_proper_for_the_simulation_of_thermal_comfort_conditions_in_semi-outdoor_spaces_with_Physiological_Equivalent_Temperature_as_output
Thermal comfort refers to the satisfaction of occupants with the surrounding environment in terms of temperature, humidity, air quality, and air movement. Achieving thermal comfort conditions is important for the health, well-being, and productivity of building occupants.
There are several factors that contribute to thermal comfort conditions, including:
1. Temperature: The temperature of the indoor environment should be within a comfortable range for occupants, typically between 20-26 degrees Celsius (68-79 degrees Fahrenheit).
2. Humidity: The humidity level should be controlled to ensure that the air is neither too dry nor too humid, as extremes can lead to discomfort and health issues.
3. Air quality: Good indoor air quality is essential for thermal comfort, as poor air quality can lead to respiratory issues and discomfort.
4. Air movement: Proper ventilation and air circulation are important for maintaining thermal comfort, as stagnant air can lead to feelings of stuffiness and discomfort.
To ensure thermal comfort conditions in buildings, it is important to design and operate HVAC systems effectively, control humidity levels, provide adequate ventilation, and incorporate passive design strategies to maximize natural light and ventilation. Regular maintenance of HVAC systems and monitoring of indoor air quality are also essential for maintaining thermal comfort conditions.
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