Experiments were repetitively held in the laboratory of a research centre on a group of twenty-four participants for four different heating systems. All were of same age and wore similar clothing. Half were male and half female. During these 288 experiments objective indoor environment parameters (air temperature, globe temperature, relative humidity and air velocity) were measured, as well as subjective parameters (body surface temperatures) during low-intensity physical activity. Participant´s satisfaction with the thermal comfort was observed. They evaluated their perceptions on questionnaires. The thermal comfort of participants and influence of the type of heating system was evaluated based on these answers. On the basis of these subje...
The paper presents experimental results of a study on indoor thermal environment in selected educati...
Air quality inside the building is an important measure of comfort for people living and working in ...
Thermal comfort is one of the main requirements for successful application of low energy/exergy (low...
There are three main methods to improve thermal comfort in existing buildings: modeling, experiments...
Indoor air temperature may negatively affect human performance rate and human physical response if i...
This study reports the main findings from a series of human subject experiments, where the subjects ...
Field studies have demonstrated that personal control over the indoor climate may increase comfort a...
Field studies suggest that the availability of adjustable thermostats, operable windows and other co...
Field studies suggest that the availability of adjustable thermostats, operable windows and other co...
This work is focused on the evaluation of indoor thermal quality and shows some results of a wider f...
For many people, the feeling of thermal comfort becomes an important aspect of helping to increase c...
In industrialized countries, people spend on average 85-90% of their time indoors (1). For this reas...
This study describes and compares the results of two field surveys about thermal comfort inside air ...
Thermal factors not only affect the thermal comfort sensation of occupants, but also affect their ar...
An increasing part of modern building's energy demand is due to cooling. An ongoing research project...
The paper presents experimental results of a study on indoor thermal environment in selected educati...
Air quality inside the building is an important measure of comfort for people living and working in ...
Thermal comfort is one of the main requirements for successful application of low energy/exergy (low...
There are three main methods to improve thermal comfort in existing buildings: modeling, experiments...
Indoor air temperature may negatively affect human performance rate and human physical response if i...
This study reports the main findings from a series of human subject experiments, where the subjects ...
Field studies have demonstrated that personal control over the indoor climate may increase comfort a...
Field studies suggest that the availability of adjustable thermostats, operable windows and other co...
Field studies suggest that the availability of adjustable thermostats, operable windows and other co...
This work is focused on the evaluation of indoor thermal quality and shows some results of a wider f...
For many people, the feeling of thermal comfort becomes an important aspect of helping to increase c...
In industrialized countries, people spend on average 85-90% of their time indoors (1). For this reas...
This study describes and compares the results of two field surveys about thermal comfort inside air ...
Thermal factors not only affect the thermal comfort sensation of occupants, but also affect their ar...
An increasing part of modern building's energy demand is due to cooling. An ongoing research project...
The paper presents experimental results of a study on indoor thermal environment in selected educati...
Air quality inside the building is an important measure of comfort for people living and working in ...
Thermal comfort is one of the main requirements for successful application of low energy/exergy (low...