DIY Air Conditioner
According to Bernoulli’s principle, when a fluid flows from a wider to a narrower aperture, its velocity increases because it must pass through a smaller cross-sectional area. According to the principle of energy conservation, this means that the fluid’s pressure energy can be converted into kinetic energy, causing an increase in speed.
HOAIZIN
As the fluid velocity increases, according to fluid dynamics effects, its static pressure decreases. This explains why fluid entering a smaller aperture from a larger one experiences a decrease in temperature: as fluid velocity increases, its pressure energy decreases, thus reducing static pressure and resulting in a perceived cooling effect.
HOAIZIN
Therefore, the phenomenon described, where air flows in from a larger aperture to a smaller one and the temperature drops, can be explained by Bernoulli’s principle. Here, the fluid’s pressure energy converts to kinetic energy during flow, leading to a decrease in static pressure and thus a cooling effect observed in temperature perception.
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HOAIZIN
As the fluid velocity increases, according to fluid dynamics effects, its static pressure decreases. This explains why fluid entering a smaller aperture from a larger one experiences a decrease in temperature: as fluid velocity increases, its pressure energy decreases, thus reducing static pressure and resulting in a perceived cooling effect.
HOAIZIN
Therefore, the phenomenon described, where air flows in from a larger aperture to a smaller one and the temperature drops, can be explained by Bernoulli’s principle. Here, the fluid’s pressure energy converts to kinetic energy during flow, leading to a decrease in static pressure and thus a cooling effect observed in temperature perception.
