Wykaz obszarów badawczych związanych z tagiem Komfort-cieplny:
| # | Obszar badawczy | Dziedzina naukowa |
|---|---|---|
| 1 |
Heat and mass exchange between a human body and environment, an influence of a human body on the parameters of the indoor environment; analysis of indoor environmental conditions in terms of users' comfort and buildings energy consumption; human body thermoregulation including inter-subject variability (sex, age, body composition, health condition); studies on human sensations of thermal environmental conditions; heat exchange modelling and research work on improving human thermal simulators (thermal manikins); HVAC systems and products for user's comfort
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| 2 |
Heat and mass exchange between a human body and environment, an influence of a human body on the parameters of the indoor environment; analysis of indoor environmental conditions in terms of users comfort and buildings energy consumption; human body thermoregulation including inter-subject variability (sex, age, body composition, health condition); studies on human sensations of thermal environmental conditions; heat exchange modelling and research work on improving human thermal simulators (thermal manikins); HVAC systems and products for user's comfort
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| 3 |
The research area is related to the control, identification and management of thermal processes in the area of Heating, Ventilation, Air Conditioning and Refrigeration, with particular emphasis on Heating & Air Conditioning systems. The test applied research methods used include experimental research and numerical simulations. Examples of research issues include:
1. Simulation and optimization of thermal processes in Heating and Air Conditioning (H&AC) systems
2. Unconventional, suboptimal and optimal control algorithms in H&AC systems
3. BMS systems in the operation of buildings
4. Minimizing energy consumption and costs in the operation of buildings
5. Measurement and identification of processes in H&AC systems
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| 4 |
The research area is related to the control, identification and management of thermal processes in the area of Heating, Ventilation, Air Conditioning and Refrigeration, with particular emphasis on Heating & Air Conditioning systems. The test applied research methods used include experimental research and numerical simulations. Examples of research issues include:
1. Simulation and optimization of thermal processes in Heating and Air Conditioning (H&AC) systems
2. Unconventional, suboptimal and optimal control algorithms in H&AC systems
3. BMS systems in the operation of buildings
4. Minimizing energy consumption and costs in the operation of buildings
5. Measurement and identification of processes in H&AC systems
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| 5 |
Dynamic calculations of energy demand, thermal comfort and indoor air quality parameters in buildings
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