Is thermal comfort determined by temperature and humidity?
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Thermal comfort is determined by both temperature and humidity . Temperature is a well-known factor that affects thermal comfort, and guidelines recommend a specific temperature range for comfort . However, humidity also plays a significant role in thermal comfort. Humidity affects thermal comfort by influencing evaporative heat losses and metabolic activities . Studies have shown that air humidity, coupled with temperature, has a significant impact on human thermal comfort, especially in warm environments . In addition, research has been conducted to estimate human thermal comfort using wearable sensors and regression analysis with human biometric data, including heart rate and temperature . Therefore, both temperature and humidity are important factors in determining thermal comfort.
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14 Jun 2022 | The answer is not explicitly mentioned in the paper. The word "temperature" is mentioned in the paper in the context of collecting data in varying temperatures for different work conditions. However, the paper does not explicitly state whether thermal comfort is determined by temperature and humidity. |
01 Sep 2019 3 Citations | Yes, thermal comfort in rooms is determined by air temperature caused by solar radiation, humidity, and air movement inside the building. |
2 Citations | The paper discusses the effect of air humidity on human thermal comfort. It states that air humidity, coupled with temperature, has a significant effect on human thermal comfort, particularly in warm environments. Therefore, the paper suggests that both temperature and humidity play a role in determining thermal comfort. |
| The paper states that both temperature and humidity are important parameters that affect thermal comfort. | |
22 Mar 2021 5 Citations | The paper does not explicitly state whether thermal comfort is determined by temperature and humidity. The paper focuses on estimating human thermal comfort using regression analysis with human biometric data acquired by wearable sensors. |
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