The article below aims to analyze the feeling of thermal comfort model in real and simulated conditions. The research and survey were carried out on a group of students in the lecture hall, “Energis” intelligent building, Kielce University of Technology. The respondents assessed thermal impressions in real situation. In the climate chamber, the climatic room quality were simulated. Particular attention was paid to temperature and humidity, which were set at the same values as in the room. Two comfort states were compared, and the results are presented in individual charts. Based on the tests, it can be stated the Fanger model is not accurate in describing thermal sensations of people – especially in the case of simulated (laboratory) condit...
Most existing thermal comfort models are only applicable only in uniform, steady-state thermal envir...
Designing and constructing near zero energy buildings (NZEBs) is a challenge not only from a structu...
This project aims to develop a model to model thermal comfort, and to determine the conditions requi...
The article below aims to analyze the feeling of thermal comfort model in real and simulated conditi...
This study presents the issue of thermal comfort based on the Fanger model. The research was conduct...
The article focuses on research on thermal sensations, thermal preferences and thermal sensations vo...
The paper analyses thermal comfort in an intelligent building. Intelligent buildings are now widely ...
The article presents a comparison of thermal comfort in two educational buildings of the Kielce Univ...
Global current requirement is to increase thermal comfort in residential and non residential buildin...
The paper presents experimental results of a study on indoor thermal environment in selected educati...
Nowadays, we spend most of our time inside buildings. Thus, ensuring adequate thermal comfort is an ...
The article presents test research on thermal sensations, thermal preferences, as well as general th...
For many people, the feeling of thermal comfort becomes an important aspect of helping to increase c...
Providing healthy buildings with high Indoor Environmental Quality (IEQ) is getting increasingly imp...
Patients are different regarding their health conditions, illnesses and ailments, and mobility. Thes...
Most existing thermal comfort models are only applicable only in uniform, steady-state thermal envir...
Designing and constructing near zero energy buildings (NZEBs) is a challenge not only from a structu...
This project aims to develop a model to model thermal comfort, and to determine the conditions requi...
The article below aims to analyze the feeling of thermal comfort model in real and simulated conditi...
This study presents the issue of thermal comfort based on the Fanger model. The research was conduct...
The article focuses on research on thermal sensations, thermal preferences and thermal sensations vo...
The paper analyses thermal comfort in an intelligent building. Intelligent buildings are now widely ...
The article presents a comparison of thermal comfort in two educational buildings of the Kielce Univ...
Global current requirement is to increase thermal comfort in residential and non residential buildin...
The paper presents experimental results of a study on indoor thermal environment in selected educati...
Nowadays, we spend most of our time inside buildings. Thus, ensuring adequate thermal comfort is an ...
The article presents test research on thermal sensations, thermal preferences, as well as general th...
For many people, the feeling of thermal comfort becomes an important aspect of helping to increase c...
Providing healthy buildings with high Indoor Environmental Quality (IEQ) is getting increasingly imp...
Patients are different regarding their health conditions, illnesses and ailments, and mobility. Thes...
Most existing thermal comfort models are only applicable only in uniform, steady-state thermal envir...
Designing and constructing near zero energy buildings (NZEBs) is a challenge not only from a structu...
This project aims to develop a model to model thermal comfort, and to determine the conditions requi...