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Service and fire ventilation in undeground car parks
Volný, Marek ; Sánka, Imrich (referee) ; Weyr, Jan (advisor)
The diploma thesis deals with smoke and heat ventilation systems in underground car parks. In the theoretical part of the thesis, legislative and standard background is described. The theoretical part also contains description of fire dynamics simulation methods and effect of carbon monoxide on human health. The practical part includes the design of service, smoke and heat ventilation systems in the selected building. Functionality of particular design is verified by FDS simulations.
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The heating system of the archeopark
Volný, Marek ; Vyhlídalová, Karolína (referee) ; Počinková, Marcela (advisor)
The aim of this Bachelor thesis is to design heating system in an entrance building of the archeopark. Main topic of theoretical part is about heating pumps. Practical part consists calculations and designing of hot water radiant floor heating system and system of heaters. Groundwater heat pump is designed as a source of heat in combination with ground drill holes. Heat pump is also heating source for heaters in two air-ventilation units. These ensures flow-through ventilation for entire building. Preparation of sanitary hot water and all necessary fittings for functionality of whole heating system are also designed.
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Service and fire ventilation in undeground car parks
Volný, Marek ; Sánka, Imrich (referee) ; Weyr, Jan (advisor)
The diploma thesis deals with smoke and heat ventilation systems in underground car parks. In the theoretical part of the thesis, legislative and standard background is described. The theoretical part also contains description of fire dynamics simulation methods and effect of carbon monoxide on human health. The practical part includes the design of service, smoke and heat ventilation systems in the selected building. Functionality of particular design is verified by FDS simulations.
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|
|
The heating system of the archeopark
Volný, Marek ; Vyhlídalová, Karolína (referee) ; Počinková, Marcela (advisor)
The aim of this Bachelor thesis is to design heating system in an entrance building of the archeopark. Main topic of theoretical part is about heating pumps. Practical part consists calculations and designing of hot water radiant floor heating system and system of heaters. Groundwater heat pump is designed as a source of heat in combination with ground drill holes. Heat pump is also heating source for heaters in two air-ventilation units. These ensures flow-through ventilation for entire building. Preparation of sanitary hot water and all necessary fittings for functionality of whole heating system are also designed.
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