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Air conditioning of alzheimer centre
Petr, Lukáš ; Blasinski, Petr (referee) ; Uher, Pavel (advisor)
The bachelor´s thesis includes design of air-conditioning devices of Alzheimer centrum in Zlosyň. Bachelor´s thesis includes three main part. Theoretical part, which describes ventilation of kitchen. The second part is focused on calculations. This part deals with design of three air-conditioning units to three function zone in object. The calculations includes the design of air-conditioning unit in cafeteria, kitchen and hot air-system in accommodation for the patients of the Alzheimer centrum. The last part of bachelor´s thesis is about project documentation of air-conditioning in object.
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Ventilation of the aquapark
Slabá, Jana ; Vlček, Petr (referee) ; Blasinski, Petr (advisor)
Bachelor thesis describes the design of air conditioning for aquapark. The part of the object is divided into three parts: relaxing pool, small pool (children pool) and technical facilities. The main task is to ensure the required exchange of fresh air and exhaust moisture loads from the interior. The swimming pool was further ensure coverage of heat loss in winter and heat gain in the summer. The device is designed to meet all hygienical, operational and functional requirements according to applicable legislation. In the theoretical part, the issues of water evaporation from the water surface. Calculation and design of the proposal addresses the specific design of airconditioning for equipment to operate the pools and technical facilities. Result of this work is the design documentation for these aircondition equipment.
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HVAC system design for a public swimming pool
Mishuk, Aliaksandra ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
This barchelor thesis deals with HVAC system design for a wellness center. The project was designed for the two main parts of the builiding – the gym (including neighboring rooms) and the swimming pool. These HVAC systems provide mechanical ventilation in the living spaces and adjust the supplied air on it’s temperature and humidity level, as it’s required for the comfort of the microclimate.
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Energy-saving building of a family house in Třebíč
Kousalíková, Jana ; Počinková, Marcela (referee) ; Blasinski, Petr (advisor)
The aim of the bachelor’s project is to design a detached passive house. The project is focused the structural and architectural design, the design some of building services, building physics and fire safety of building. The plot is situated in the south of Třebíč and terrain is almost flat. The entrance to the plot is in the north and the entrance to the house is in the west. The house has two floors and flat roof, the carport has flat green roof. On the first floor there is a wind lobby, cloakroom and utility room, hallway, guest room, bathroom and big open space which includes kitchen and living room. On the second floor there are three habitable rooms: bedroom, two children’s rooms, bathroom, toilet and two dressing rooms. The structural system consists of masonry walls. External walls are form sand-lime blocks with ETICS, load-bearing walls are from sand-lime blocks and partitions are from aerated concrete blocks. The floor slabs are from prestressed hollow core slabs and the building is based on strip foundations and permanent formwork blocks. The building services which are designed in this project are heating, mechanical ventilation, electricity service cable and stormwater management. In the house there is a mechanical ventilation unit with heat recovery. Heating is provided by air source heat pump and the stormwater is stored in the accumulation tank. Stormwater will be used to watering the garden and the excess of stormwater will be infiltration into the soil. Part of the electricity is provided by photovoltaic panels on the flat roof. The part of project is certificate of energy performance of building, rating of construction for heat conduction, acoustics, daylighting and their assessment with legislation.
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Air conditioning design in a car showroom
Satina, Marek ; Uher, Pavel (referee) ; Blasinski, Petr (advisor)
The bachelor‘s thesis deals with the design of air conditioning units for the car showroom in Brno. The work is divided into three parts. The first theoretical part is focused on individual types of distribution elements and their use. The second part deals with the actual design of individual air conditioning units. In the last third part of the bachelor’s thesis a project is processed, which contains an engineering report and technical drawings.
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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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Air conditioning design in a disco club
Kvasnica, Peter ; Rubinová, Olga (referee) ; Blasinski, Petr (advisor)
This bachelor's thesis deals with the design of air conditioning systems of a disco club, which is divided into two functional zones, the dance area, and the backstage area. The main objective of the thesis is to propose suitable controls and systems for air management and maintaining optimal climate conditions in both zones. The theoretical part addresses the measurement and regulation of dehumidification. It discusses the impact of humidity on comfort and environmental quality, dehumidification technologies and methods, parameters of air dehumidification, and methods for measuring relative humidity of air. The next section of the thesis deals with the computational part, where the object is analyzed, parameters and thermal balances of the object are proposed. Air flow calculations, dimensioning of distribution elements and piping network, and the design of appropriate air conditioning units are also performed.
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Air conditioning of commercial premises
Rapavá, Magdaléna ; Blasinski, Petr (referee) ; Uher, Pavel (advisor)
The bachelor thesis titled Air-conditioning of commercial premises deals with the design of the profession of air-conditioning for a two-storey building located in Brno. We have designed two air handling units for the building, each serving one floor of the building. On the first floor we focused on the design of hot air heating in winter and cooling in summer. We focused the design of the unit for the second floor on cooling during the summer period. In the building there are hairdressing, massage, manicure and pedicure salon and a café. For the functionality of the building are also designed sanitary facilities, day rooms for employees of the premises, warehouses, boiler room, technical room for the location of air handling equipment. The thesis is composed of three parts: theoretical, computational and design. The theoretical part of the thesis deals with the heat gains of the buildings. The computational part deals with the steps of calculations that lead to the design of the air conditioning system. LindQST, Teruna, Atrea software are used in the design process. The design part processes the necessary project documentation in the specified scope.
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Environmental family house Sunflower
Krumpolec, Leoš ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
This bachelor's thesis presents design of an L-shaped two-storey family house with a flat roof for a family of four on the outskirts of Vinary u Přerova in Olomoucký region. The house is designed on a cast-in-place ground slab based on foam glass, and its carcass is constructed of aerated concrete blocks. The external walls are insulated with EPS. The partitions are made of sand-lime blocks. The floor slabs and roof slabs are comprised of a precast concrete panel. The house is divided into a two-storey part and a single-storey part, both with green roofs. The first floor includes a wind lobby, a guest room with walk-in robe, a study, a bathroom, a separate toilet, a utility room, a pantry, and an open area consisting of a kitchen and a living room that leads directly to the terrace. The corridor also features a half-turn staircase that leads to the second floor, which has a master bedroom with walk-in robe, a children's bedroom, a bathroom, and a separate toilet. The building services include floor heating, mechanical ventilation, and cooling via fan coils. The air-water heat pump, primarily powered by photovoltaics on the roof during the day and by battery at night, provides heating and cooling. The storm water will be partly accumulated in the substrate layer of the roof and the rest will be accumulated in accumulation tank underground. The house has elements of passive building and falls in A class rating of an energy certificate.
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Heating of a multifunctional house
Dlabačová, Nikola ; Blasinski, Petr (referee) ; Počinková, Marcela (advisor)
The solution to the work is the design of the heating system of the whole building, including the solution of the boiler room, in which it is proposed to place elements for pellet heating, hot water heating and control elements of the solar system, which provides heating during the summer months and, in the rest of the year, tv preheating.
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