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Design of Cooling system in apartment
Gebauer, Ondřej ; Jaroš, Michal (referee) ; Pech, Ondřej (advisor)
Bachelor thesis is consistsing of a part of the thesis, which deals with the distribution of used cooling systems and a description of how they work. The following section attend with the description of the flat for which cooling is envisaged. The third part deals with the calculation of heat gains derived from people, electrical appliances, flow from other rooms and solar radiation. The last section show three variants of cooling, their comparison and evaluation.
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Design of the Air conditioning unit for additive robotic fabrication
Mandáková, Adéla ; Chorý, Tomáš (referee) ; Škaroupka, David (advisor)
The design of air conditioning unit is based on combination of the product itself and related architecture. The large-scale 3D printing is becoming more and more popular, that is why this thesis chose additive manufacturing robotic technology for designing the air conditioner. According to analysis the air distribution through perforations is the most convenient one for an indoor unit. An outdoor unit tends to be hidden because of inhomogeneity with the building. To obtain more variant studies for the design a generative process was applied. This method was applied also later on, because additive manufacturing is able to easily change dimension parameters and thus fulfil individual customer requests. Other advantages of robotic printing are the lattice structures that enable perforation manufacturing without waste and the possibility of using generative design methods.
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Adiabatic air cooling
Silbernágl, Petr ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
The diploma thesis deals deals with the designing and assessment of the two variants of cooling and humidifying the air in the production hall for cotton in Humpolec. The system is proposed to fulfil hygienic, operational, economic and functional requirements for indoor microclimate of the production hall. The task of this system is the transport of cooler air to interior and the covering of heat gains all year round. The equipment is also designed for the regulation of air humidity in the interior. The theoretical part is devoted to air humidification and air humidification device. Calculation of the project and then a specific proposal, two variants for air distribution level studies. Both variants are treated as project documentation. Experimental part is devoted to the measurement on the measuring path containing adiabatic humidifier in the laboratory. The benefit of the experiment is to verify the data from the manufacturer adiabatic humidifier which we can assess the practical use of the product.
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Design of the Air conditioning unit for additive robotic fabrication
Mandáková, Adéla ; Chorý, Tomáš (referee) ; Škaroupka, David (advisor)
The design of air conditioning unit is based on combination of the product itself and related architecture. The large-scale 3D printing is becoming more and more popular, that is why this thesis chose additive manufacturing robotic technology for designing the air conditioner. According to analysis the air distribution through perforations is the most convenient one for an indoor unit. An outdoor unit tends to be hidden because of inhomogeneity with the building. To obtain more variant studies for the design a generative process was applied. This method was applied also later on, because additive manufacturing is able to easily change dimension parameters and thus fulfil individual customer requests. Other advantages of robotic printing are the lattice structures that enable perforation manufacturing without waste and the possibility of using generative design methods.
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Design of Cooling system in apartment
Gebauer, Ondřej ; Jaroš, Michal (referee) ; Pech, Ondřej (advisor)
Bachelor thesis is consistsing of a part of the thesis, which deals with the distribution of used cooling systems and a description of how they work. The following section attend with the description of the flat for which cooling is envisaged. The third part deals with the calculation of heat gains derived from people, electrical appliances, flow from other rooms and solar radiation. The last section show three variants of cooling, their comparison and evaluation.
|
|
|
Adiabatic air cooling
Silbernágl, Petr ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
The diploma thesis deals deals with the designing and assessment of the two variants of cooling and humidifying the air in the production hall for cotton in Humpolec. The system is proposed to fulfil hygienic, operational, economic and functional requirements for indoor microclimate of the production hall. The task of this system is the transport of cooler air to interior and the covering of heat gains all year round. The equipment is also designed for the regulation of air humidity in the interior. The theoretical part is devoted to air humidification and air humidification device. Calculation of the project and then a specific proposal, two variants for air distribution level studies. Both variants are treated as project documentation. Experimental part is devoted to the measurement on the measuring path containing adiabatic humidifier in the laboratory. The benefit of the experiment is to verify the data from the manufacturer adiabatic humidifier which we can assess the practical use of the product.
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