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Family business house
Svoboda, Martin ; Adamová, Monika (referee) ; Fuciman, Ondřej (advisor)
The main objective is making the project according to technical standards, laws, technical regulations for building construction. Documents provide for urban, architectural and engineering solutions, design and description of the required information about the construction, plans for implementation. The task of the thesis project documentation solution for building construction on a house with a family establishment. The drawings were executed in AutoCAD. The building is designed homes. The building's basement with two floors. Premises will be used as a specialized bike shop. The building is from the system Porotherm, covered with a shed roof and flat roof.
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High standard detached house
Surovcová, Ivana ; Jaremejková, Alena (referee) ; Daněk, Lukáš (advisor)
The house is high standard detached house with detached double garage. House is suited for three-member family. Both objects are simple cubic shaped masses with flat roofs. House is two-storey high with partial basement. Basement is equipped with infrasauna, weight room and wine cellar. Teracce with rectangular swimming pool is situated in south-west side of the house. Supporting walls are made from PORTOTHERM 30 Profi, external walls are fitted by extarnal thermal contact insulation system.
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Low energy detached house
Reiter, Michal ; Mrkos,, Dan (referee) ; Sedlák, Jiří (advisor)
The subject of my bachelor´s thesis is elaboration of the project in the level for realization of low energy detached house in Olomouc. Object is designed as a two-storey structure without basement containing a dwelling unit for four member family. Together with garage which is a part of the house forms one whole piece. Structure has a flat roof construction. Project documentation is elaborated according to valid standards.
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Family house
Pánek, Martin ; Klimeš,, Vladimír (referee) ; Klimešová, Jarmila (advisor)
The main concern of this thesis is to design three storey family house. The house is divided into the main living area to the garage and basement areas and a part of an establishment. There is 2 floors in the house and there is partially a basement. The house has a flat roof.
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Family House
Podola, Lukáš ; Dostálová, Darina (referee) ; Matějka, Libor (advisor)
The goal of this bachelor thesis is to partly elaborate the project documentation of a family house. The building is situated in Lipník nad Bečvou (Přerov district) in a town part called Seminárka, which is an area assigned for this purpose in the town's land use plan. It is a three storey house with two aboveground floors and a basement. The construction is designed to be bricked in Wienerberger Porotherm system and with flat roofs. It is suited for a four to six membered family. The house consists of eight residential rooms and garage for two cars.
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Multigenerational family house
Šmejdířová, Zuzana ; Struhala, Karel (referee) ; Čuprová, Danuše (advisor)
The topic of the bachelor thesis is the design multigenerational family house, which is situated in the village Nemošice near Pardubice. This is a two-story building with partial basement. The building is designed for housing 4-6 persons. The house is built of brick Porotherm systém, the roof is flat. In first floor in main part of house is the living room, garage for two parking spaces and storage of garden furniture. In the second part of first floor is a separate dewelling unit. In the second floor is a space for sleeping and rating. In the basement are storage rooms, utility room and workshop.
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Mathematical Modelling of Flow over Periodic Structures
Bauer, Petr
We examine the influence of roofs' shapes on the boundary layer of a simplified urban canopy by computing non-stationary Navier-Stokes flow over a periodic pattern. The solution is obtained by means of finite element method (FEM). The resulting linear system is solved by the multigrid method. We present computational studies of the problem.
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Proper Orthogonal Decomposition of Turbulent Flow above Urban Area
Kellnerová, Radka ; Kukačka, Libor ; Uruba, Václav ; Jurčáková, Klára ; Jaňour, Zbyněk
This contribution describes the character of turbulent flow generated above series of street canyons in wind-channel. Main concern is to clarify how intermittent dynamics of the flow determines the ventilation process inside the canyon. Since geometry of building around street canyon significantly affects the flow regime, two shapes of building are studied and comparison of these two regimes is done. During experiment, velocity data are measured using PIV with high-repetition rate. Over than three thousand snapshots of instantaneous velocity are then analysed by Proper Orthogonal Decomposition (POD). This method reveals the measure of coherence of the flow and decomposes the individual snapshots into dynamics modes. For example, the first mode in shear layer (localised at the roof level) contains almost 55% of global turbulent kinetic energy, what is an in
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