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Air conditioning design in a kindergarten
Kopecká, Aneta ; Rubina, Aleš (referee) ; Blasinski, Petr (advisor)
This bachelor's thesis focuses on designing an air conditioning system to achieve the best indoor microclimate and optimal function. The first theoretical part covers approval, service and types of air conditioning cleaning. The second part of the thesis consists of computations performed at the project documentation level for the entire facility, including the kindergarten and a section of the first floor of a building with nursing services that is connected to the school. The technical report, equipment specifications, and drawings are presented in the final third part of the bachelor's thesis.
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HVAC of part of the hospital department
Pěnčíková, Monika ; Rubina, Aleš (referee) ; Hirš, Jiří (advisor)
The bachelor's thesis deals with the comprehensive design of a new workplace with instrumentation, and thus also the technical equipment of part of this hospital department. It will be modernized and equipped with new, more efficient devices. The construction work will take place within the interior of the building, with the exception of the replacement of windows and the installation of an HVAC unit on the roof. The affected spaces are marked in the drawing section and contain a SPECT x-ray examination room, a control room from where employees control the necessary equipment, an entrance hall, three patient changing rooms, a toilet or a patient background and a secondary examination room. The area in question is divided into two functional units. The theoretical part is devoted to hospitals, their definitions and divisions. Subsequently, I deal with radiology and the necessary technical background for the SPECT area in question.
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Air conditioning of a multifunctional building
Čížek, Vítězslav ; Uher, Pavel (referee) ; Rubina, Aleš (advisor)
This bachelor´s thesis deals with an air conditioning system that serves for warm air heating and ventilation of a multifunctional building. The systém consists of two functional units. The first part will be operated by devices no. 1, 3 a 4, which provide warm air heating and ventilation for the spaces of the playing courts. The second part will be operated by device no. 2, and will serve for warm air ventilation of the facilities for the playing courts. The theoretical part of the thesis focuses on heat recovery systems in air conditioning. In the calculation part, the thesis deals with the design of warm air heating and ventilation, as well as the overal analysis of the both functional units, including the calculation of heat losses, heat gains, air flow rate, and pressure drops. The necessary proposals for the proper functioning of the entire air conditioning system, including the distribution and conditioning of air, are provided.
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Energy efficient office building
Měcháčková, Martina ; Rubina, Aleš (referee) ; Blasinski, Petr (advisor)
The topic my thesis is renovation and extension of office building in Lísek. Whole building is di-vided to three functional units. The first unit is the Municipal office, which is located in the south-east part of the building. The second unit is the Elementary school, which is located in the north-west part of the building. The last unit is the cultural hall, which is located in the centre of the building. The thesis is divided into three parts. The first part includes architectural and structural design. External and internal walls are made of ceramic blocks with ETICS on the envelope. The floor structure is designed from prestressed concrete panels. The roof is a truss with a slope of 30°. As a part of the renovation the windows and door will be replaced and building will be partially ele-vated. The second part of the thesis is focused on building services. An air-conditioning unit with cooling and heating is designed in the building. The heating of the building will be managed by heat pumps. Photovoltaic panels and smart lightning are also designed. The third part of the Thesis deals with measuring of CO2. The measurement takes place in the room E410 and in a room in a family house. I am watching the dependence of the fan on the CO2 concentration. In my experiment I watch how the CO2 concentration will chance, for example If I use different types of the window or turn on the fun for 5 minutes or 30 minutes. I will also suggest a suitable fan for the room The thesis was processed with Autocad, DEK, MS Excel, MS Word, Atrea software.
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Energy use of the facade
Salajka, Radek ; Rubinová, Olga (referee) ; Rubina, Aleš (advisor)
The main motive of this master's thesis is expanding awareness of ventilated facades and their use and comparison with external thermal insulation composite system (ETICS). I mention this in theoretical research. As an expansion to theory and a key theme of this thesis is a description of individual physical events present on the facade and in it's ventilated gap based on data output from measurement. The data gathering was made by a group of professionals who have done an on-point facade measurement on a real ventilated facade throughout a year - more detail in text. I personally have been a part of a research team and I describe my work and research in detail in the third part of this master's thesis - experimental part. In practical part I devote myself to use our new knowledge on a given building. More precisely - I use numerical calculations to present energy use of of given facade in comparison with ETICS on the same building with the same boundary conditions.
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Energy assessment of HVAC systems in a family house
Prchalová, Nicol ; Bečkovský, David (referee) ; Rubina, Aleš (advisor)
The subject of the master‘s thesis is acomprehensive analysis of the thermal technical properties of building structure an energy evaluation performed on a real family house through the energy performance certificate of the building. Next design and assess mesures that will improve the energ prameters of the assessed family house. The evaluation is based on processed passport of architectural and architectural solution and focus of partial HVAC systems.
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Intensive care unit air conditioning
Dobrovolná, Natálie ; Uher, Pavel (referee) ; Rubina, Aleš (advisor)
The bachelor's thesis deals with the ventilation system serving hospital premises. The system is divided into two separate functional units. Facility No. 1 serves the ICU (Intensive Care Unit) department and its associated premises. Facility No. 2 serves the facilities of employees, doctors' rooms and associated premises. The design of the equipment meets the relevant standards, hygiene standards and operational requirements. The calculation part deals with the design of air conditioning in the ICU, it deals with the overall analysis of both functional units, heat gains, heat loss, air flows, pressure drops in both functional units and other proposals necessary for the design and proper operation of the air conditioning system. This part is also focused on the distribution and treatment of fresh air. The theoretical part deals with clean rooms, their definition and distribution of air supplied to these rooms. The theoretical part also deals with the installation of operating theaters, images of flow in these areas and their internal microclimate.
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Air conditioning in the kindergarten
Šomodi, Petr ; Rubina, Aleš (referee) ; Blasinski, Petr (advisor)
The topic of bachelor thesis deals with the design of two air conditioning units for kindergarten in Ostrava city. Both units are designed to meet operating, functional and hygienic limits. Document has three parts. The first theoretical part defines types and economical operations of ventilators. The second part is focused on design of air conditioning units. The third part consists of engineering report and drawings.
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Airconditioning of hockey hall
Novotný, Jan ; Uher, Pavel (referee) ; Rubina, Aleš (advisor)
The topic of this Bechelor thesis is a design of two air handlig units for hockey hall and background join whit it. The device are design to meet the operating, hygienic and fuctional requirements for internal microclimate. Unit No. 1 serving the changing rooms and the nearest hockey hall facilities will ensure fresh air filtration, heat recovery, heating of the supply air in the transition and winter period by means of a water exchanger and cooling of the supply air in the summer period, without controlled adjustment of relative humidity. Unit No. 2 will ensure hygienic ventilation with fresh air in the area of the hall itself, dehumidification of this area and its cooling. The theoretical part is focused on the options when it comes to cooling in an air handling.
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