Proposition of Regression Equations to Determine Outdoor Thermal Comfort in Tropical and Humid Environment

This study is about field experimentation in order to construct regression equations of perception of thermalcomfort for outdoor activities under hot and humid environment. Relationships between thermal-comfort perceptions, micro climate variables (temperatures and humidity) and body parameters (act...

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Main Authors: Sangkertadi Sangkertadi, Reny Syafriny
Format: Article
Language:English
Published: Institute for Research and Public Services 2012-05-01
Series:IPTEK: The Journal for Technology and Science
Subjects:
Online Access:http://iptek.its.ac.id/index.php/jts/article/view/9/7
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spelling doaj-274e12865e46445d8293bf439ed7ffc92020-11-24T22:50:18ZengInstitute for Research and Public ServicesIPTEK: The Journal for Technology and Science0853-40982088-20332012-05-012325967http://dx.doi.org/10.12962/j20882033.v23i2.9Proposition of Regression Equations to Determine Outdoor Thermal Comfort in Tropical and Humid EnvironmentSangkertadi SangkertadiReny SyafrinyThis study is about field experimentation in order to construct regression equations of perception of thermalcomfort for outdoor activities under hot and humid environment. Relationships between thermal-comfort perceptions, micro climate variables (temperatures and humidity) and body parameters (activity, clothing, body measure) have been observed and analyzed. 180 adults, men, and women participated as samples/respondents. This study is limited for situation where wind velocity is about 1 m/s, which touch the body of the respondents/samples. From questionnaires and field measurements, three regression equations have been developed, each for activity of normal walking, brisk walking, and sitting.http://iptek.its.ac.id/index.php/jts/article/view/9/7tropical humidoutdoorcomforturbanpedestrian
collection DOAJ
language English
format Article
sources DOAJ
author Sangkertadi Sangkertadi
Reny Syafriny
spellingShingle Sangkertadi Sangkertadi
Reny Syafriny
Proposition of Regression Equations to Determine Outdoor Thermal Comfort in Tropical and Humid Environment
IPTEK: The Journal for Technology and Science
tropical humid
outdoor
comfort
urban
pedestrian
author_facet Sangkertadi Sangkertadi
Reny Syafriny
author_sort Sangkertadi Sangkertadi
title Proposition of Regression Equations to Determine Outdoor Thermal Comfort in Tropical and Humid Environment
title_short Proposition of Regression Equations to Determine Outdoor Thermal Comfort in Tropical and Humid Environment
title_full Proposition of Regression Equations to Determine Outdoor Thermal Comfort in Tropical and Humid Environment
title_fullStr Proposition of Regression Equations to Determine Outdoor Thermal Comfort in Tropical and Humid Environment
title_full_unstemmed Proposition of Regression Equations to Determine Outdoor Thermal Comfort in Tropical and Humid Environment
title_sort proposition of regression equations to determine outdoor thermal comfort in tropical and humid environment
publisher Institute for Research and Public Services
series IPTEK: The Journal for Technology and Science
issn 0853-4098
2088-2033
publishDate 2012-05-01
description This study is about field experimentation in order to construct regression equations of perception of thermalcomfort for outdoor activities under hot and humid environment. Relationships between thermal-comfort perceptions, micro climate variables (temperatures and humidity) and body parameters (activity, clothing, body measure) have been observed and analyzed. 180 adults, men, and women participated as samples/respondents. This study is limited for situation where wind velocity is about 1 m/s, which touch the body of the respondents/samples. From questionnaires and field measurements, three regression equations have been developed, each for activity of normal walking, brisk walking, and sitting.
topic tropical humid
outdoor
comfort
urban
pedestrian
url http://iptek.its.ac.id/index.php/jts/article/view/9/7
work_keys_str_mv AT sangkertadisangkertadi propositionofregressionequationstodetermineoutdoorthermalcomfortintropicalandhumidenvironment
AT renysyafriny propositionofregressionequationstodetermineoutdoorthermalcomfortintropicalandhumidenvironment
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