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Your search keyword '"Rittirong Junggoth"' showing total 4 results
Start Over Author "Rittirong Junggoth" Topic empirical regression equation
4 results on '"Rittirong Junggoth"'

1. Empirically Derived Equation from Simple Heat Index for Calculating Wet Bulb Globe Temperature: A Case Study of Thailand

Author

Wutthichai Paengkaew, Atsamon Limsakul, Rittirong Junggoth, and Somsak Pitaksanurat

Subjects
Wet bulb global temperature, Heat index, Empirical regression equation, Simple heat monitoring tool kit, Environmental sciences, GE1-350, Environmental technology. Sanitary engineering, TD1-1066
Abstract

The Wet Bulb Globe Temperature (WBGT) index is a standard for assessing environmental heat stress, but the requirement of expensive instrument with specialized maintenance is limited its use. This study aims to develop the empirical equation to estimate the WBGT from Heat Index (HI) calculated from portable temperature and humidity recorder (THR), based on the data collected at seven sites covering all regions of Thailand. Comparative analysis shows that the HI values calculated from THR (HITHR) are consistent well with those measured from the thermal environmental monitor (HIQT36) as evidenced by a highly positive correlation between them (r=0.97; p

Published
2020

2. Empirically Derived Equation from Simple Heat Index for Calculating Wet Bulb Globe Temperature: A Case Study of Thailand

Author

Wutthichai Paengkaew, Atsamon Limsakul, Rittirong Junggoth, and Somsak Pitaksanurat

Subjects
Wet bulb global temperature, Heat index, Empirical regression equation, Simple heat monitoring tool kit, Environmental sciences, GE1-350, Environmental technology. Sanitary engineering, TD1-1066
Abstract

The Wet Bulb Globe Temperature (WBGT) index is a standard for assessing environmental heat stress, but the requirement of expensive instrument with specialized maintenance is limited its use. This study aims to develop the empirical equation to estimate the WBGT from Heat Index (HI) calculated from portable temperature and humidity recorder (THR), based on the data collected at seven sites covering all regions of Thailand. Comparative analysis shows that the HI values calculated from THR (HITHR) are consistent well with those measured from the thermal environmental monitor (HIQT36) as evidenced by a highly positive correlation between them (r=0.97; p

Published
2020

3. Empirically Derived Equation from Simple Heat Index for Calculating Wet Bulb Globe Temperature: A Case Study of Thailand

Author

Wutthichai Paengkaew, Atsamon Limsakul, Rittirong Junggoth, and Somsak Pitaksanurat

Subjects
Wet bulb global temperature, Heat index, Empirical regression equation, Simple heat monitoring tool kit, Environmental sciences, GE1-350, Environmental technology. Sanitary engineering, TD1-1066
Abstract

The Wet Bulb Globe Temperature (WBGT) index is a standard for assessing environmental heat stress, but the requirement of expensive instrument with specialized maintenance is limited its use. This study aims to develop the empirical equation to estimate the WBGT from Heat Index (HI) calculated from portable temperature and humidity recorder (THR), based on the data collected at seven sites covering all regions of Thailand. Comparative analysis shows that the HI values calculated from THR (HITHR) are consistent well with those measured from the thermal environmental monitor (HIQT36) as evidenced by a highly positive correlation between them (r=0.97; p

Published
2020

4. Empirically Derived Equation from Simple Heat Index for Calculating Wet Bulb Globe Temperature: A Case Study of Thailand

Author

Wutthichai Paengkaew, Atsamon Limsakul, Rittirong Junggoth, and Somsak Pitaksanurat

Subjects
Wet bulb global temperature, Heat index, Empirical regression equation, Simple heat monitoring tool kit, Environmental sciences, GE1-350, Environmental technology. Sanitary engineering, TD1-1066
Abstract

The Wet Bulb Globe Temperature (WBGT) index is a standard for assessing environmental heat stress, but the requirement of expensive instrument with specialized maintenance is limited its use. This study aims to develop the empirical equation to estimate the WBGT from Heat Index (HI) calculated from portable temperature and humidity recorder (THR), based on the data collected at seven sites covering all regions of Thailand. Comparative analysis shows that the HI values calculated from THR (HITHR) are consistent well with those measured from the thermal environmental monitor (HIQT36) as evidenced by a highly positive correlation between them (r=0.97; p

Published
2020
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