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Single family home, Kunčice pod Ondřejníkem
Beseda, Jan ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The aim of this bachelor´s thesis is the design of a new family house in the village of Kunčice pod Ondřejníkem. The building consists of one above-ground and a partially basement floor, situated on sloping terrain. The construction is based on strip foundations. The vertical load-bearing structures are designed from ceramic mansory. The horizontal load-bearing structures are made of reinforced concrete monolithic continuous slabs. The roof of the building is a double-skin shed roof with aluminium floded roofing.
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Guesthouse in Pasohlávky
Madzik, Šimon ; Kalousek, Lubor (referee) ; Müller, Jan (advisor)
Penzion se nachází na rovinatém pozemku na okraji Pasohlávek na břehu Věstonické nádrže. Navržený objekt se skládá ze dvou nadzemních podlaží. Stavba je rozdělena na dvě části. Jedna část je zimní zahrada spojená s restaurací a kuchyní, druhá část je obytná část se 2 jednotkami v prvním patře a 9 jednotkami ve druhém patře s celkovou kapacitou 26 hostů. Obytná část je uzavřena pro osoby navštěvující pouze restaurační část z důvodu většího soukromí. Penzion má několik parkovacích míst kolem budovy z přední strany pro návštěvníky nebo rezidenty. Kolem penzionu vede cyklostezka a nedaleký aquapark pro zpříjemnění pobytu obyvatel. Střechy jsou izolovány polystyrenem ISOVER EPS a minerální vlnou. Svislá nosná konstrukce domu je zděná z keramických tvárnic Porotherm s dodatečnou tepelnou izolací. Vodorovná nosná konstrukce je tvořena železobetonovými deskami. Stavba je postavena na betonových schodových základech. Druhé patro je po stranách tvořeno vazníky a střední část je tvořena ocelovým skeletem. Stěny ve druhém patře jsou provedeny z omítkových systémů Knauf.
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Block of flats in Brno
Demirkiran, Vedat ; Kalousek, Lubor (referee) ; Müller, Jan (advisor)
Tato bakalářská práce zkoumá architektonické a funkční aspekty bytového domu (vícepodlažního bytového domu) v Brně-Komíně. Bytový dům má čtyři podlaží, podzemní podlaží sloužící jako garáž a plochou zelenou střechu. Primárním cílem tohoto projektu je vytvořit obytný prostor, který uspokojí potřeby 6 rodin. Projekt zkoumá použití vhodných materiálů, stavebních technik a stavebních systémů k zajištění odolnosti, bezpečnosti a hospodárnosti. Kromě toho je proces BIM aplikován exportem modelů z Revitu do Trimble vytvořením souborů .ifc. Použité materiály jsou implementovány v celé budově s cílem minimalizovat spotřebu energie a snížit dopad na životní prostředí.
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Single family home Chudčice
Andrlová, Anna ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The subject of the bachelor thesis is the design of the specified part of the project documentation for the construction of a family house on a slope in the village Chudčice. The family house is designed as a two-story for a family of four. The building is located on a plot with sloping terrain. The family house is based on plain concrete foundations. The vertical supporting structures are designed from ceramic blocks of the Porotherm system, and the perimeter masonry is insulated with the ETICS contact system. Horizontal structures are designed as monolithic reinforced concrete. The building is covered with a flat roof. The main entrance to the building is located on the north side on the 1.NP. The family house is divided into a quiet part, a living part and a technical part. The building includes a carport for two cars and an outdoor terrace.
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Detekce začátku a konce komplexu QRS s využitím hlubokého učení
Müller, Jakub ; Šaclová, Lucie (referee) ; Smíšek, Radovan (advisor)
ECG measurement isan essential diagnostic tool for cardiac health, and automation of its analysis can aid to our healthcare to relieve staff workload or improve the quality of automated diagnostics from wearable devices. This work focuses specifically on the QRS complex in the ECG signal, with the main goal of using deep learning methods to detect its onset and offset. In the theoretical introduction, the reader is introduced to the origin of the QRS complex and ECG measurements, artificial neural networks and deep learning. Modified architecture U-Net for 1D signals was chosen to implement the actual method. Data were extracted from five publicly available databases and preprocessed in Matlab. This was followed by moving to the Python environment where parts of the model were implemented using the TensorFlow and Keras libraries, subsequent training, testing of the model and evaluation of the results.
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Single family home Česká Třebová
Foldynová, Natálie ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The subject of this bachelor's thesis is the design of a new family house and the development of the project at the implementation documentation stage. The objective is to create a project in accordance with current legislation and suitable within the context of the municipal zoning plan. The design should consider the existing terrain and surrounding buildings. It should resolve the layout of the building with regard to the cardinal directions, and appropriately select the construction system and materials used. The new family house is designed as a standalone, two-story, non-basement building for the residence of four people, with a sloping gable roof. The building has a rectangular shape. From the driveway, the house appears as a single-story structure due to the sloping plot, which allows for the lower floor to be partially buried. The entrance floor is thus the first above-ground floor and serves as the main living area, including a study. The lower floor features a spacious living room with a dining area and open kitchen, a utility room, a separate toilet, a bedroom with a bathroom, and a room for storing garden tools and furniture. The building is founded on strip foundations. The structure is constructed from ceramic blocks and is externally insulated with facade polystyrene, finished with a thin-layer silicone plaster. The facade color scheme is a combination of white and light gray. The windows and entrance doors are in anthracite color, as are the windowsills. A gravel walkway will be established around the building. The building is designed to achieve near-zero energy consumption, adhering to low-energy standards.
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University climbing centre, Pardubice
Grund, Michal ; Remeš, Josef (referee) ; Müller, Jan (advisor)
The subject of the bachelor's thesis is the design of a new climbing center and the preparation of construction documentation. The building of the University Climbing Center in Pardubice is located on the southern side of the city of Pardubice, on the border of the Dukla housing estate. The construction is situated in a built-up area on flat terrain. It is a 4-story building in the form of an oval with one underground floor. The roof structure is mono-pitched with a coating of hydro insulation weighted down with washed river pebbles. The building is divided into 3 functional units. The main function of the building is served by the climbing wall, which is accessible from the underground floor and runs across all floors. The second above-ground floor houses a boulder wall with facilities, forming the second functional unit. The last third function consists of space for both trainees and the public on the first above-ground floor, where there is a reception with a rental service and a café with seating in a glazed arc space. The sports facility is designed for a total of 60 trainees. The building is designed with nearly zero energy consumption in a low-energy standard. The design also accounts for the use by persons with limited mobility and orientation. The structural system of the building is reinforced concrete monolithic. The vertical perimeter structures are reinforced concrete with a thickness of 200 mm with contact insulation ETICS with mineral wool boards with a thickness of 200 mm. Internal vertical and horizontal load-bearing structures are of reinforced concrete with varying thicknesses. The roof structure consists of steel rolled I profiles anchored to the vertical walls. The roof assembly is on a load-bearing trapezoidal sheet with a coating of hydro insulation made of TPO foil weighted down with washed river pebbles. The building is founded on a flat foundation slab with a thickness of 350 mm. A terrace for seasonal operation of the café and a small forest park with a playground will be created on the site.
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Apartment building, Trnava
Škrabák, Matej ; Vala, Richard (referee) ; Müller, Jan (advisor)
The subject of the bachelor's thesis is the design of an apartment building located on the outskirts of the city of Trnava, Slovakia. The building land is situated on the eastern side of the city, where several residential buildings are currently under construction or planned. It is a three-story, partially basement building with a vegetation roof and an entrance facing west. The primary shape is a prism with a indented section containing the staircase, elevator, and providing access to a communal terrace. The basement contains a technical room, laundry room, bicycle garage with a stroller storage area, and storage units. The building comprises twelve residential units of two categories: 3+kk (nine apartments) and 1+kk (three apartments), with four apartments on each above-ground floor. The apartments on the first floor have private front yards facing east, while all apartments on the second and third floor have suspended balconies. The common areas, starting from the entrance hall, including corridors leading to the individual apartments separated by swinging doors, a staircase space spanning to all floors, and an elevator servicing the ground floor, first floor, second floor, and third floor, without the machine room. The structural system of the building is two-way system, consisting of ceramic bricks in the above-ground floors and fromwork fittings in the basement. The external walls are insulated with an external thermal insulation composite system ETICS. The horizontal structures consist of prestressed ceiling panels SPIROLL. The apartment building is founded on simple concrete strip foundations. The majority of the building is covered with a flat vegetation roof that can be accessed, while the area above the staircase features an inaccessible flat roof with rounded gravel ballast.
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Detached family house, Trnava
Svoboda, Jan ; Vlach, František (referee) ; Müller, Jan (advisor)
The present Bachelor’s thesis deals with the design of a house in the municipality of Trnava near Zlín. It is a two-storey house with a built-in garage on the first above-ground floor. The house was designed for a four-member family. On the first above-ground floor there is a north-facing hall that adjoins a garage and a staircase area. The open-concept kitchen-living room faces south. The basement of the house represents the living area and it locates a west-facing bathroom of the children, a boiler room, and an east-facing bathroom of the parents. Three bedrooms, two for the children and one for the parents, face south. The peripheral wall constructions are made of surface-ground ceramic brick with external thermal insulation composite system. The horizontal structure is made of reinforced concrete monolithic plate. The building has a pent roof with the slope of 5°. The Bachelor’s thesis is made in the form of detail design documentation.
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House with a dentist office
Karásek, Petr ; Hofman, Petr (referee) ; Müller, Jan (advisor)
This thesis deals with the project documentation of a family house with a dentist surgery in Kuřim u Brna. It is a two-storey building with garage for one car and no basement. Ground plan of the building is L-shaped and it is covered with two shed roofs and one flat roof. The main entrance to the building is situated at the west, entrance to the surgery goes south. The object is mounted on flat terrain.
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