The study aims to quantify the outdoor thermal comfort in arid climate by calculating PET index. This report contains all the dataset ‘tables’ used throughout the study’s process: simulations and calculation data, following several steps. All the data are verified and strongly attached from the first stage to the last results. Although, the study methodology had followed several recent types of research in the same field, were published and chosen as references for urban climate researches. We should indicate that the report represents only the data and results; furthermore, it is not containing the deep interpretation’s form of the research.Bioclimatic Landscape Design in Hot Climate
AbstractThe degree of thermal comfort that people experience in open spaces is one of the determinan...
<p></p><p>Abstract The analysis of the relationship between thermal comfort and the climatic conditi...
In urban areas, high air temperatures and heat stress levels greatly affect human thermal comfort an...
To protect humans from heat stress risks, thermal comfort and heat stress potential were evaluated u...
This paper presents preliminary findings of an outdoor thermal comfort study conducted in urban area...
Improving outdoor human thermal comfort could be considered as one of the most important targets for...
Several complex thermal indices (e.g. PMV and PET) were developed in the last decades to describe th...
In 2018, the ‘Deltaplan Ruimtelijke Adaptatie’, has been set up by the National Institute of Health ...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...
This report presents the outcome of two biometeorological campaigns aiming to calibrate the Physiolo...
Thermal sensation and heat stress potential were evaluated in summer in an outdoor arid envi-ronment...
peer reviewedaudience: researcher, professionalOases throughout the world have become important ecos...
The study identifies the gap between actual thermal sensation and theoretical comfort calculated thr...
Climate change and expected weather patterns in the long-term threaten the livelihood inside oases s...
Microclimatic conditions inside urban areas depend on the result of the interaction of the regional ...
AbstractThe degree of thermal comfort that people experience in open spaces is one of the determinan...
<p></p><p>Abstract The analysis of the relationship between thermal comfort and the climatic conditi...
In urban areas, high air temperatures and heat stress levels greatly affect human thermal comfort an...
To protect humans from heat stress risks, thermal comfort and heat stress potential were evaluated u...
This paper presents preliminary findings of an outdoor thermal comfort study conducted in urban area...
Improving outdoor human thermal comfort could be considered as one of the most important targets for...
Several complex thermal indices (e.g. PMV and PET) were developed in the last decades to describe th...
In 2018, the ‘Deltaplan Ruimtelijke Adaptatie’, has been set up by the National Institute of Health ...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...
This report presents the outcome of two biometeorological campaigns aiming to calibrate the Physiolo...
Thermal sensation and heat stress potential were evaluated in summer in an outdoor arid envi-ronment...
peer reviewedaudience: researcher, professionalOases throughout the world have become important ecos...
The study identifies the gap between actual thermal sensation and theoretical comfort calculated thr...
Climate change and expected weather patterns in the long-term threaten the livelihood inside oases s...
Microclimatic conditions inside urban areas depend on the result of the interaction of the regional ...
AbstractThe degree of thermal comfort that people experience in open spaces is one of the determinan...
<p></p><p>Abstract The analysis of the relationship between thermal comfort and the climatic conditi...
In urban areas, high air temperatures and heat stress levels greatly affect human thermal comfort an...