How does clothing insulation affect metabolic rate and activity in office buildings?
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Clothing insulation plays a crucial role in affecting metabolic rate and activity levels in office buildings. Studies have shown that by dynamically estimating individual clothing insulation rates (Icl) and metabolic rates (M), it is possible to assess personal thermal comfort effectively . Research has highlighted that regulating clothing based on changing thermal conditions significantly impacts thermal sensation and acceptability, with variations observed between male and female office workers in different building types and seasons . Additionally, the prediction of metabolic rate and clothing insulation values in indoor spaces is essential for calculating thermal comfort, emphasizing the strong influence of these parameters on overall comfort levels . Therefore, understanding and managing clothing insulation levels can lead to improved thermal comfort and energy efficiency in office environments.
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| Papers (4) | Insight |
|---|---|
Open access 01 Jan 2016 6 Citations | Clothing insulation in office buildings influences metabolic activity by regulating thermal comfort. The study shows varying insulation levels based on gender, seasons, and building types, impacting occupants' metabolic rates. |
4 Citations | Clothing insulation impacts metabolic rate and thermal comfort in office settings, as studied in Japan to determine required temperature distribution for individuals based on their clothing and activity levels. |
8 Citations | Clothing insulation affects metabolic rate by influencing thermal comfort levels, as proposed in the paper through vision-based estimation of clothing insulation rate and metabolic rate for personalized thermal comfort assessment. |
| Clothing insulation affects metabolic rate by influencing thermal comfort. In office settings, clothing status and activity level determine individual metabolic rates, impacting energy expenditure and comfort. |
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