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Heating system for apartment building using BIM process
Jiránková, Tereza ; Blasinski, Petr (referee) ; Maurerová, Lenka (advisor)
The bachelor thesis focuses on the issue of heating and hot water provision for a new residential building using BIM methodology. The theoretical part extensively discusses the basic principles and functioning of building information modeling. Within the computational section, a design and calculation of the thermal losses of the given object are performed, followed by a proposal for heating elements and an assessment of individual fixtures that constitute part of the heating and hot water preparation system. Condensing gas boilers are proposed for heating the residential building. The project section includes graphical representation of the proposed project. In the final part of the thesis, a technical report is provided containing complete project documentation along with appendices.
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Flat House Rozdrojovice
Zavřelová, Martina ; Sukop, Lukáš (referee) ; Novotný, Miloslav (advisor)
The subject of the bachelor's thesis is the development of project documentation for the new construction of an apartment building in Rozdrojovice. The apartment building is a detached building with nine residential units, four floors, basement. The main entrance to the building is from the south side of the building. There are nine apartment units on the upper floors, which are connected by a common main corridor with a staircase and an elevator. In the basement there are social rooms, cellar cubicles, a carriage house, a technical room and an air conditioning machine room. Each apartment on the second to fourth floor has a balcony or terrace. The structural system of the building is wall-built, transverse. The building is based on a reinforced concrete base plate. The vertical supporting structures are made of ceramic masonry. The insulation of the perimeter walls forming the envelope of the building is designed by a certified ETICS system. The ceilings are designed as monolithic reinforced concrete slabs woven around the perimeter. The roof is a flat single-layer vegetation. None of the housing units are designed as barrier-free for people with reduced mobility, but access to the building is barrier-free. If necessary, thanks to the spacious rooms and corridors in the ground-floor apartments, it is possible to change the disposition of one of the apartments to a barrier-free apartment. The material and color of the facade takes into account the design of the surrounding buildings. Each block is distinguished by a different facade color. Rainwater will be drained from the roof into the storage tank. Subsequently, it will be used in the internal separate rainwater system for flushing the toilet and watering the garden. Surplus water will be absorbed on the property into a seepage pit. The project also includes an energy label. The designed apartment building belongs to the classification class "A - extremely economical".
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Apartment building
Kramplová, Marie ; Blažková, Vendula (referee) ; Daněk, Lukáš (advisor)
The subject of the bachelor‘s thesis is the new construction of an apartment building, which is located east of the city center of Zlín, Příluky. The building has three floors above ground and has a partial basement. It is covered with a flat roof. Cellar boxes for individual apartments and technical facilities are designed in the underground floor. There are two apartments on each upper floor. The entrance to the building is from the west side, from where the access walkway comes. Parking for eight cars is provided inside the building. There are two parking spaces for the disabled outside the building. The structural system of the building is a wall made of Porotherm ceramic blocks. The horizontal supporting structure consists of a reinforced concrete slab. The construction is based on a basic waterproof reinforced concrete structure. The perimeter walls are contact-insulated with the ETICS system using facade polystyrene with a thickness of 200 mm.
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Residential building
Štepanovský, Stanislav ; Kacálek, Petr (referee) ; Mohelníková, Jitka (advisor)
The subject of the bachelor’s thesis is the preparation of project documentation for the new construction of an apartment building in Brno. The proposed apartment building will be three-story, without a basement, and with a floor area of 305 m. Operationally, the building is divided into ten housing units. On the first floor, there are three apartments with layouts of 1+KK, 2+KK, and 3+KK. One of the apartments with a 2+KK layout is designed as barrier-free. The first floor is further equipped with a utility room, cellar cubicles, a room designated for cleaning, and a pram room. The elevator shaft is made of reinforced concrete with a thickness of 200 mm and is separated from the building by basalt wool with a thickness of 25 mm. The shaft is coated with a dust-free paint and is equipped with a hydraulic elevator, which is not intended for fire evacuation. On the second floor, there are a total of four apartments. Two are designed as 2+KK, while the other two apartments have a 3+KK layout. On the third floor, there are three apartments. One of them is designed as above-standard with a usable area of 148 m. The load-bearing structural system will be solved as masonry made of ceramic blocks, which will be placed on foundation strips of plain concrete. The ceiling structures are designed as monolithic reinforced concrete slabs with a thickness of 250 mm. The balcony slabs are designed as an embedded reinforced concrete cantilever with a slope of 3%. The roof is designed as a walkable flat structure, which has an integrated vegetative layer. The building is thermally insulated with contact basalt wool with a thickness of 160 mm.
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Apartment build Concreto
Pokorný, Lukáš ; Utíkalová, Ivana (referee) ; Dohnal, Jakub (advisor)
The subject of this bachelor thesis is the processing of project documentation for the new construction of the Apartment building Concreto with almost zero energy consumption. The building is designed as a three-story fully basement structure. The underground floor includes collective garage and technical rooms. The first, second, and third floors contain residential units. A total of 21 residential units have been designed. The building has a flat single-layer roof with gravel. The structural system of the building is a skeleton frame, consisting of prefabricated reinforced concrete columns, beams, and braces. The exterior walls are made of brick blocks with an ETICS contact insulation system. Another significant structural element is the core with the elevator shaft. The horizontal structures are formed by SPIROLL ceiling panels. The building is founded on prefabricated cup footings placed on monolithic piles. The bachelor thesis includes project documentation for construction implementation.
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Apartment building
Soukalová, Eliška ; Blažková, Vendula (referee) ; Daněk, Lukáš (advisor)
This bachelor thesis deals with the project documentation of a new residential building in Litomyšl. The proposed structure is situated on the outskirts of the city in a newly emerging residential area. The apartment building is designed as a standalone structure with four above-ground floors and one underground floor. The building comprises 12 residential units, each with a cellar compartment in the basement and its own parking space located in the underground garage. Common areas also include a technical room, a stroller and bicycle storage room, and a meeting room. Vertical load-bearing structures are designed using lime-sand bricks (VAPIS). The perimeter wall above ground is insulated with an External Thermal Insulation Composite System (ETICS). The roof structure is designed as a flat green roof. The proposed structure is designed with almost zero energy consumption.
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The Block of Flats
Trmal, Tomáš ; Hnízdilová, Aneta Aya (referee) ; Manychová, Monika (advisor)
The subject of bachelor's thesis is the new construction of an apartment building with near-zero energy consumption and the drafting of documentation for the construction implementation. The apartment building is located in the district of Brno – Nový Lískovec, on Kamínky street. The building is situated on a side street away from the main road. The proposed structure is designed as a standalone, partially basement, with three story building, set into sloping terrain. The basement contains the technical facilities of the apartment building along with storage rooms for individual apartments. On the first floor includes two apartments with their own balconies, as well as communal areas for bicycles and strollers. On the second floor each have two apartments with their own balconies. On the third floor each have two apartments with their own balconies. Next to the building is a parking lot for the apartment owners, behind the building is created a garden for social activities. The apartment building is designed to be barrier-free access thanks to an internal elevator. The structural system of the building is a transverse wall system. The ground floors above are built from ceramic blocks. The perimeter walls of the basement are constructed from concrete blocks with permanent formwork. The horizontal load-bearing structures are semi-prefabricated, composed of POT beams and Miako ceramic inserts. The building is built on strip foundations and is roofed with a single-layer flat roof.
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Small apartment building
Bartoň, Vojtěch ; Bečkovský, David (referee) ; Vystrčil, Jan (advisor)
The subject of the bachelor's thesis is the processing of the design documentation for the construction of the apartment building. The building is located on the outskirts of the prštné města Zlín. The building is designed as a detached masonry building roofed with a flat green roof. The new apartment building has 3 above and 1 underground floors. There are 13 housing units of various sizes and layouts for a total of 30 people. The building is designed as a traditional masonry structure. The basement, ceiling structure and staircase are designed as monolithic reinforced concrete. The entire apartment building is equipped with the contact insulation system ETICS. The building was assessed for building physics and fire safety.
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Technological stage of the rough superstructure of an apartment building
Křičenský, Jan ; Strádalová, Aneta (referee) ; Kantová, Radka (advisor)
The aim of this bachelor's thesis was to develop selected parts of a construction technology project focused on the rough superstructure stage of a residential building in the town of Jaroměř. Specifically, the project addresses the execution of all load-bearing structures, which consist of both masonry and monolithic walls and monolithic ceilings. Additionally, it covers the installation of balconies and staircases, which are made as concrete prefabricates. More detailed plans were created for the construction work, including the design and verification of supply routes, a control and testing plan, ensuring work safety, and proposing the necessary machinery for their implementation. The procedure for carrying out the work and the corresponding schedule for the entire construction are also elaborated. The rough construction of the building is addressed from a financial perspective as well, within the framework of an itemized budget for this construction stage. The thesis includes a proposal for the construction site facilities, including the calculation of electricity and water consumption. Finally, the work focuses on the verification of the proposed crane and selected construction technology details.
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Apartment building in Karviná
Waleczková, Veronika ; Sukop, Lukáš (referee) ; Sukopová, Dáša (advisor)
The focus of this bachelor's thesis is the elaboration of project documentation for the new construction of an apartment building with almost zero energy consumption. The apartment building is placed in Karviná in the Nové Město district. The building has four above-ground and one underground floor and includes 16 apartmans of various layouts. In terms of shape, the building is composed of blocks of different dimensions. The underground floor is designed for technical facilities, storage of things in cellar cubicles and a social room for the gathering of tenants. The above-ground floors are divided into apartment units with different layout variations and sizes, to accommodate a larger number of potential residents. Most of the apartment units have access to a balcony, which provides outdoor space and increases living comfort. The project includes material and structural solutions, ceramic blocks for vertical load-bearing structures and concrete for horizontal load-bearing structures. A green roof is design for the building to improve the building's properties. There is a parking lot on the southern part of the property.
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