The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman

Thermal comfort is defined as a condition when mind has satisfied with its environment. Nowadays, Malaysia does not have its own range of thermal comfort for the air-conditioned lecture rooms. The range proposed by MS 1525:2001 that are currently in use for the air-conditioned lecture rooms is speci...

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Main Author: Abd Rahman, Mohd Redzuan
Format: Student Project
Language:English
Published: 2006
Subjects:
Online Access:http://ir.uitm.edu.my/id/eprint/44237/1/44237.pdf
http://ir.uitm.edu.my/id/eprint/44237/
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spelling my.uitm.ir.442372021-03-29T01:20:21Z http://ir.uitm.edu.my/id/eprint/44237/ The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman Abd Rahman, Mohd Redzuan Descriptive and experimental mechanics Thermal conductivity Thermal comfort is defined as a condition when mind has satisfied with its environment. Nowadays, Malaysia does not have its own range of thermal comfort for the air-conditioned lecture rooms. The range proposed by MS 1525:2001 that are currently in use for the air-conditioned lecture rooms is specially proposed for the office and non-resident'ial use. This research measures thermal conditions in air-conditioned lecture rooms, determines the thermal comfort of students in the lecture rooms using the ASHRAE scale and determines the comfort criteria of students (male and females) in airconditioned lecture rooms. This project involves the measurement of room temperature, relative air humidity and air velocity. A questionnaire was distributed amongst students to determine the students' thermal comfort using the ASHRAE scale. The students' ages, activities and clothings were recorded. Comfort charts was plotted to determine the students' thermal comfort and finally the comfort criteria was produced. The met and clo values of the occupants was determined. A comparison analysis with established comfort criteria was done. This study have suggested the range of comfort condition is 24.9°C - 30.5 °C of temperature and 47.0 % - 48.0 % of relative humidity. For future studies, it is recommended that bigger sample is taken to get more accurate result. The number of male and female sample has to be equal to investigate whether gender has any influence on the comfort conditions 2006-11 Student Project NonPeerReviewed text en http://ir.uitm.edu.my/id/eprint/44237/1/44237.pdf Abd Rahman, Mohd Redzuan (2006) The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman. [Student Project] (Unpublished)
institution Universiti Teknologi Mara
building Tun Abdul Razak Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Teknologi Mara
content_source UiTM Institutional Repository
url_provider http://ir.uitm.edu.my/
language English
topic Descriptive and experimental mechanics
Thermal conductivity
spellingShingle Descriptive and experimental mechanics
Thermal conductivity
Abd Rahman, Mohd Redzuan
The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman
description Thermal comfort is defined as a condition when mind has satisfied with its environment. Nowadays, Malaysia does not have its own range of thermal comfort for the air-conditioned lecture rooms. The range proposed by MS 1525:2001 that are currently in use for the air-conditioned lecture rooms is specially proposed for the office and non-resident'ial use. This research measures thermal conditions in air-conditioned lecture rooms, determines the thermal comfort of students in the lecture rooms using the ASHRAE scale and determines the comfort criteria of students (male and females) in airconditioned lecture rooms. This project involves the measurement of room temperature, relative air humidity and air velocity. A questionnaire was distributed amongst students to determine the students' thermal comfort using the ASHRAE scale. The students' ages, activities and clothings were recorded. Comfort charts was plotted to determine the students' thermal comfort and finally the comfort criteria was produced. The met and clo values of the occupants was determined. A comparison analysis with established comfort criteria was done. This study have suggested the range of comfort condition is 24.9°C - 30.5 °C of temperature and 47.0 % - 48.0 % of relative humidity. For future studies, it is recommended that bigger sample is taken to get more accurate result. The number of male and female sample has to be equal to investigate whether gender has any influence on the comfort conditions
format Student Project
author Abd Rahman, Mohd Redzuan
author_facet Abd Rahman, Mohd Redzuan
author_sort Abd Rahman, Mohd Redzuan
title The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman
title_short The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman
title_full The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman
title_fullStr The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman
title_full_unstemmed The thermal comfort of students in air-conditioned lecture rooms / Mohd Redzuan Abd Rahman
title_sort thermal comfort of students in air-conditioned lecture rooms / mohd redzuan abd rahman
publishDate 2006
url http://ir.uitm.edu.my/id/eprint/44237/1/44237.pdf
http://ir.uitm.edu.my/id/eprint/44237/
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score 13.18916