|
|
Apartment building
Urbaníková, Lea ; Surý, Tomáš (referee) ; Brukner, Bohuslav (advisor)
The subject of this bachelor thesis is to develop project documentation for the construction of a new apartment building with nearly zero energy consumption. The new building is proposed in the Ponava locality, near the center of Brno. The proposed residential building has four above-ground floors and is fully basemented. The design includes three different layouts of residential units to ensure variability and functionality for different groups of residents. The building is equipped with an elevator. The basement contains a communal garage with sixteen parking spaces and storage rooms (cellars), which are integrated with the parking spaces. Each residential unit has an allocated parking space and a storage room. In total, the residential section comprises twenty-one residential units, most of which have a terrace, loggia, or balcony. The residential building is founded on a base slab. The structural system of the building combines monolithic reinforced concrete elements. The basement consists of reinforced concrete load-bearing walls, internal columns, and reinforced concrete internal walls in the stairwell area. On the above-ground floors, within the perimeter wall of the stairwell recess, a reinforced concrete wall with continuous openings is designed. The remaining parts of the above-ground floors are composed of a skeleton structural system with reinforced concrete two-way beams and infill masonry. The ceiling structure consists of monolithic reinforced concrete slabs. The building is roofed with a single-layer flat roof with a membrane waterproofing. The facade of the building is designed with a ventilated air gap. The cladding consists of brick cladding panels mounted on an aluminium support frame.
|
|
|
Townhouse
Baková, Erika ; Smola, Jaroslav (referee) ; Ležatka, Lukáš (advisor)
This master's thesis focuses on a complex architectural and urban design of a multifunctional urban block in the historic center of Brno at the level of architectural study. The project aims to harmoniously integrate new buildings into the historical context of the city and respect the surrounding urban fabric. The proposal addresses the completion of an existing urban block and the creation of a new urban block between Veveří and Kounicova streets, thus creating a new Závodní street. The design preserves a memorial tree as a key element of the public space; the facade of the building steps away from it, creating a public space of a piazzetta with the memorial tree as the focal point. As part of the blue-green infrastructure, new greenery is integrated into the streets, and buildings with flat roofs have vegetated roofs with photovoltaic panels designed. The architectural solution includes two underground floors for parking, a ground floor with an active commercial ground floor with shops and a supermarket, and five above-ground floors with residential units. The last above-ground floor is set back from the rest. The urban design focuses on slowing down busy traffic and puts pedestrians in a dominant position. The architectural design respects the character of the area and combines traditional forms with a modern appearance. The structural solution of the building combines a reinforced concrete skelet system with a ceramic wall system. The project exploits the potential of land use and brings up to 399 new residential units ranging from 1+kk to 4+kk, with higher standard apartments on the last setback above-ground floor.
|
|
|
Multifunctional apartment building
Jacso, Alexander ; Volf, Josef (referee) ; Brukner, Bohuslav (advisor)
The subject of the bachelor's thesis is the development of project documentation for a multifunctional residential building for the realization of the object. The main goal of the work was to design the spatial, structural, and material solutions. The building is located on flat land in the southern part of the town of Lučenec. It is a standalone multifunctional residential building with a rectangular shape, consisting of four ground floors and one underground floor embedded into the terrain. The fourth ground floor is recessed by one module, creating terraces. It´s a building intended for commercial purposes and family living, with underground garages. The structural system of the basement and ground floor is designed as a reinforced concrete monolithic combined system with perimeter walls and internal columns. The second to the last fourth floor is designed as a prefabricated wall system made of wooden CLT panels insulated with mineral wool of ETICS system. The building is founded on strip and pad foundations. The roof is designed as an extensive single-layer flat green roof. The building has been assessed in terms of fire safety, thermal engineering, acoustics, sunlight exposure, and natural lighting, and meets all investment and normative requirements.
|
|
|
Home for the Elderly
Polaček, Filip ; Jelínek, Petr (referee) ; Struhala, Karel (advisor)
The diploma thesis deals with the design of the project documentation of the home for the elderly in the village of Šoporňa, in the territory of the Slovak Republic. The building is designed as a detached building with three above-ground floors, partly underground. The building consists of a public section on the ground floor, where are situated services for residents and the general public such as hairdressing and cosmetics, doctors and dentists, cafes, massages and shop. There are also offices for administation, the dining room for the employees and the guests. First floor and second floor is designed for seniors, there is also a common room on each floor. The cellar part is designed for the interest of the guests, partly serves as a technical room. The third part of cellar serves as space for the maintenance of the building, the general storage areas and storage areas for business activity. Building is covered with warn flat roof with emergency breakwaters. The structure is based on the foundation pads and the structural system of the building is RC frame. The ceramic cavity blocks with contact insulation and ventilated facade are used on the infill walls. In the southern part of the building there will be a relaxing park and a relaxing garden.
|
|
|
Polyfunctional building
Michna, Patrik ; Pospíšil, Jaroslav (referee) ; Fuciman, Ondřej (advisor)
The assignment of my diploma thesis was to design a polyfunctional building. Function of the building is based on the requirements of the Land Use Plan Brno, cadastral zone Židenice. The aim of the design was to improve the quality of public space in the area by creating parks, urban parterre with services, parking and by bringing missing features to the area. The building is located in the centre of the plot. The main facade is oriented to the main street. Design creates new parking on the ground and in the underground garage. On the first floor are rentable spaces for commerce and services. At 2nd and 3rd floor are open space offices with the possibility of spatial variability solutions. Architectural expression of the building is simple, consisting as a compact mass with parterre subsided, useful in terms of energetical sustainability. The facade of the building is made as a combination of a transparent double skin facade and opaque ventilated facade with fibre cement panels. Structural system is a precast concrete frame with a cast-in-place reinforced concrete shear core. Foundation is made as a reinforced concrete pads and strips. Ceiling is made of a precast prestressed hollow core slabs.
|
|
|
Library
Kubala, Erik ; Rožník, Milán (referee) ; Daněk, Lukáš (advisor)
The aim of the thesis is the design of project documentation of the new-building of library including road and technical infrastructure. Project is concerned with urbanistic, architectonic and construction-technical design of the building. The main assignment of the building is information and education activities. Object the library provides a comprehensive library and bibliographic services for scientific-pedagogical employees and students of the Brno University of Technology, other universities and other specialistic public. It is a detached building situated in the cadastral area Veveří close to the area of the Faculty of Civil Engineering of the Brno University of Technology. Object has 3 above ground floors containing the reading rooms, the study rooms, area of the cafe and also allow storage of the book stock. Bearing structure of the building is formed by a monolithic reinforced concrete skeleton mounted on the base plate. Facade of the building is in front of the bearing structure, is ventilated and outer surface is formed by laminate cladding panels. Roofing of the object is flat vegetation roof with planting of extensive vegetation.
|
|
|
Riding area
Lauková, Alžbeta ; Blažková, Vendula (referee) ; Daněk, Lukáš (advisor)
The aim of the project is a new construction of an equestrian center in the cadastral area Kuřim, South Moravian Region. It is designed for the public. The building has two aboveground floors. In the object there is stable, a riding hall with handy storages that are separate from the public. Another part is divided into facilities for riders, restaurant and accommodation. The second floor has a café, shop and offices. The hall is designed as a reinforced concrete frame, the other parts of the brick system Porotherm. The roof is pitched. The cladding is designed as a ventilated facade.
|
|
|
Family house with an establishment
Lauková, Alžbeta ; Horáčková, Michaela (referee) ; Daněk, Lukáš (advisor)
The aim of the project is a new building of a family house with an establishment in the cadastral area Kníničky, South Moravian Region. It is designed for a family of four or five members. The building is without basement and it has two aboveground floors. A part of the first floor consists of veterinary clinic. The building is designed mainly by wall system of Porotherm. There is an aisle roof and a flat roof. The cladding is designed as an external thermal insulation composite system or as a ventilated facade.
|
|
|
Office Building with Production Hall
Andelová, Veronika ; Pěnčík, Jan (referee) ; Košíčková, Ivana (advisor)
The subject of the thesis is the new construction of an administrative building and a production hall, which will be connected to each other. The administrative building is considering three above--ground floors, the smaller production hall will have only one floor. The building will fulfill the function of a local amenities and at the same time will have a production character for the purpose of the builder's profit. The main purpose of the work is the design of layout, structural and material solutions.
|
|
|
Kindergarten
Líner, Ondrej ; Vlach, František (referee) ; Vajkay, František (advisor)
The main goal of diploma thesis is to design a new nearly-zero energy kindergarten in Brno Holásky. It is designed as a L-shape single storey building split into three parts. Two of them are separate classroom, with necessary facilities for children and staff, each classroom for approximately 25 children. The third part of the building is for staff and technical facilities. The building is designed as a masonry wall system with ceramic blocks for the load bearing walls and adobe bricks for the partitions. The superstructure is supported by concrete strip foundation. The roof of the building is designed as a flat extensive green roof supported by prefabricated concrete panels. The walls are insulated with mineral wool and protected with fiber cement boards that create a ventilated facade. The thesis includes the design of lighting, rainwater use, HVAC and hot water heating and photovoltaic system. The rainwater stored from the green roof is used for toilet flushing. Ventilation in the building is provided by two air conditioning units with a system of heat recovery. Heating and hot water preparation is provided by two ground-to-water heat pumps. Electricity is partially supplied from photovoltaic panels placed on the roof of the building. The thesis also includes a natural lighting study of daylighting, aimed at meeting standard requirements for daylighting and lighting uniformity.
|
guest ::
