The aim of this work is to study the relationship between air movement preference and thermal comfort in 30 naturally ventilates classrooms in 6 schools in the central region of Cameroon. This study was conducted during 2 seasons (the dry and the rainy seasons). An adaptive approach was employed, in accordance with ASHRAE 55/2004, ISO 7730 and ISO 10551. The questionnaires were given while wind speed, air temperature, relative humidity and CO2 were measured simultaneously in rooms. A total of 1545 questionnaires were distributed in these different schools. Results show that 57.62% of voters found their environment tolerable. Results obtained after the analysis of questionnaires did not always match with results obtained through physical mea...
AbstractDevelopment in the rapidly growing urban areas can influence local climate. This micro-clima...
In Malaysia, students spend up to 33% of their day in classrooms and school buildings. Previous rese...
Malaysian comfort standard based on the MS 1525: 2019 have established for acceptable indoor conditi...
peer reviewedbstract-The aim of this work is to study the relationship between air movem...
ABSTRACT: This research aims to explore the relationship between thermal and air movement preference...
This research aims to explore the relationship between thermal and air movement preferences inside n...
This article presents the results from thermal comfort survey carried out in classrooms over two dif...
peer reviewedThis paper presents the results of a study relating to thermal comfort in 28 buildings ...
ABSTRACT In tropical countries, the effect of climate change and its consequent temperature rise ar...
This work shows the results of a field study about indoor thermal comfort, based on investigations i...
Nowadays in building and environment, it is of a functional requirement to fulfill a robust design b...
This work shows the results of a field study about indoor thermal comfort, based on investigations i...
Air velocity is among the most important factors influencing thermal comfort in naturally ventilated...
The literature on thermal comfort indicates that acceptable indoor air speed in warm climates should...
Natural ventilation is believed to be capable of enhancing indoor air quality through appropriate pa...
AbstractDevelopment in the rapidly growing urban areas can influence local climate. This micro-clima...
In Malaysia, students spend up to 33% of their day in classrooms and school buildings. Previous rese...
Malaysian comfort standard based on the MS 1525: 2019 have established for acceptable indoor conditi...
peer reviewedbstract-The aim of this work is to study the relationship between air movem...
ABSTRACT: This research aims to explore the relationship between thermal and air movement preference...
This research aims to explore the relationship between thermal and air movement preferences inside n...
This article presents the results from thermal comfort survey carried out in classrooms over two dif...
peer reviewedThis paper presents the results of a study relating to thermal comfort in 28 buildings ...
ABSTRACT In tropical countries, the effect of climate change and its consequent temperature rise ar...
This work shows the results of a field study about indoor thermal comfort, based on investigations i...
Nowadays in building and environment, it is of a functional requirement to fulfill a robust design b...
This work shows the results of a field study about indoor thermal comfort, based on investigations i...
Air velocity is among the most important factors influencing thermal comfort in naturally ventilated...
The literature on thermal comfort indicates that acceptable indoor air speed in warm climates should...
Natural ventilation is believed to be capable of enhancing indoor air quality through appropriate pa...
AbstractDevelopment in the rapidly growing urban areas can influence local climate. This micro-clima...
In Malaysia, students spend up to 33% of their day in classrooms and school buildings. Previous rese...
Malaysian comfort standard based on the MS 1525: 2019 have established for acceptable indoor conditi...