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Family house
Kučera, Lukáš ; Šoulová, Eva (referee) ; Vlček, Milan (advisor)
The subject of this bachelor's thesis is the design of project documentation for the construction of a family house in Brno. The construction plot is located in the Jundrov district in the northwestern part of the city of Brno. The house is designed as four floors, of which one floor is underground. There is one apartment unit in each above-ground floor and two parking spaces per unit. The project documentation also includes an assessment concerning building physics and the concept of technical equipment installations. The work was processed using the following programs: Microsoft Word, Microsoft Excel, Microsoft PowerPoint, Adobe Acrobat Pro, Autodesk AutoCAD 2022, BuildingDesign, SketchUp, Lumion.
Apartment building
Götthansová, Sylvie ; Párová, Jitka (referee) ; Rusinová, Marie (advisor)
A subject of bachelor thesis is a new apartment building and the processing of the design docu-mentation for construction. The apartment house is located on the outskirts of Olomouc. The surrounding area consists mainly of apartment buildings. The building is designed as a free-standing building with four above-ground floors and one basement. In the basement of the building there are cellars for each apartment unit, technical facilities of the building and a common room. There are 9 apartment units on the above ground floors. On the third and the fourth floor are designed maisonette apartments. Vertical supporting structures in the basement is made of concrete blocks, on the upper floors of ceramic blocks of THERM type. The ceilings are made as cast-in-place reinforced slabs. The roof is designed as a pitched roof.
Fire station, Salaš
Hráček, Tomáš ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The diploma thesis deals with the construction and layout solution of the new building of the fire station for volunteer firefighters in the village of Šalaš. The plot for the location of the building is located in the central part of the village of Salaš, cadastral territory of Salaš near Velehrad. The proposed building will be built from piece material, ceramic brick blocks. The roof is made as a slanted, purlin roof with over-rafter thermal insulation and a flat single-skin over part of the garage. Ceilings designed as reinforced concrete monolithic. Foundation on plain concrete footings. Constructions from the outside are equipped with facade thermal insulation boards from EPS, in the underground part XPS. The surface layer of the facade is made of thin-layer silicone plaster in light gray, anthracite and red colors with a scratched texture, the plinth is provided with mosaic plaster with colored pebbles in an anthracite color design. Window opening fillers with triple insulating glass in a plastic frame shade of anthracite gray on the outside, white color on the inside. Aluminum entrance door with triple insulating glass in anthracite color. The proposed construction is in accordance with the approved spatial plan and spatial development regulations of the city of Salaš. The access road is oriented from the south side of the property. The shape of the building does not disturb the surrounding buildings. Spatial regulations, requirements for building height, roof design and material solutions according to the current version of the Salaš spatial plan will be met. The building is designed as a two-story building, without a basement. It is a simple mass, L-shaped in plan. The design is based on the functional use and filling of the object. The main goal of this fire station proposal is to create a decent background for the local unit of volunteer firefighters. The building has all the necessary facilities for the members of the unit, namely a clean and unclean dressing room, hygienic facilities, social facilities, an office, social and meeting room, facilities for the maintenance of fire equipment and fire equipment, storage areas, a garage for two fire engines. Movement between individual floors is ensured by a double-arm staircase or an elevator. The social hall is designed for 54 guests. The material solution of the armory itself is structured into two prismatic blocks of different heights: a one-story block of the indoor garage with a tower for drying hoses, and a two-story building block.
Pension Červený potok
Hubálek, Jakub ; Spáčil, Miroslav (referee) ; Sukopová, Dáša (advisor)
The subject of the master´s thesis is the design of a pension building in the village of Červený Potok, in a city of Králíky, in the district of Ústí nad Orlicí in the Pardubice region. It is a partialy basement building with two above-ground floors and one underground floor. The building has restaurant premises and ten accommodation rooms. The building has brick supporting systém. The vertical laodbearing structures are built from lost formwork filled with concrete. The masonry of the above-ground floors is made of ceramic masonry elements. The ceiling structures are monolitic, reinforced concrete. The building is insulated with certified ETICS systém. The roof shell consists of a double-skin pitched roof made of hammered wooden trusses.
Energy-saving building of kindergarten Koloušek
Novák, Petr ; Horká, Lucie (referee) ; Počinková, Marcela (advisor)
This master ‘s thesis deals with the design of nZEB kindergarten “Koloušek”. The thesis consists of three parts. In the first part, architectural and structural design is proposed. The building has two classrooms for the total of 44 children and classes for speech therapy. The building has one above-ground floor with L-shaped plan. The building has concrete foundation strips and structural system is from ceramic brick masonry. An external wall is designed as single-layer masonry, roof slab is partly made of prestressed concrete floor slab and partly of a wooden girder, which support pitched extensive green roof above part of the building. The rest of the building is covered with an extensive green flat roof. The non–bearing walls are made of adobe blocks and clay plasters. The documentation includes a structural physical assessment and energy performance certificate. The second part I includes design of building services. The main elements systems of the system are heat pumps for heating and cooling, mechanical ventilation with heat recovery, cooling with fan-coil, LED lighting and photovoltaic panels. In addition, rainwater is effectively used around the building for irrigation. In the third part I design project water underfloor heating throughout the building. All structures comply with the valid standards and regulations.
Multifunctional building Vavřinec
Šiková, Renata ; Novotný, Miloslav (referee) ; Novotný, Miloslav (advisor)
The topic of the Master's Thesis is the design of a new multifunctional house on the border of the Moravian Karst. The building is located on the edge of the village of Vavřinec and is consists of a total of a three buildings - Boarding house, Restaurant and Barn. The effort was to create a modern complex that will architecturally merge with its surroundings, preserve the harmony of the place and respect the character of the surrounding buildings. The complex is used for recreation, accommodation and catering. The advantages of the complex is a large barn allowing for social events. These functions are complemented by a small restaurant for tourists, which also serves breakfast for the accommodation guests. Small events can also be held on the second floor of the restaurant, where there is a multifunctional space. All three buildings are rectangular in plan with a pitched roof, oriented in such a way as to create an internal quiet space. Due to the connection of operation of the building, they are connected by means of single-story necks, where the entrance reception or sanitary facilities are located. Pension is a two-storey building, with partial basement. In the above-ground floors there are rooms and accessories, in the underground there are technological facilities and storage spaces, the Boarding house building is connected with the Restaurant building by a basement. In the Restaurant there is a kitchen with storages and accessories. The barn has an open space with large french windows and an admitted roof structure. The basement's vertical load-bearing walls are made of concrete blocks. The above ground walls are designed in Heluz ceramic blocks with a mineral wool ETICS contact insulation system. Horizontal load-bearing structures are cast-in-place reinforced concrete. The roofs are flat with extensive vegetation or pitched with metal roofing and thermal insulation above the rafters.
Pension Přehrada
Svobodová, Monika ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The topic of master project was the processing the design documentation for a Pension Přehrada. I designed a pension with a restaurant and a small wellness area. It is a detached building in the cadastral territory of Brno Kníničky. The building is L-shaped and consists of two parts. The first part has two above-ground floors and a loft. This part of the building is covered by a gable green roof. The second part of the building has one above-ground floor and warm flat roof. The vertical structures are designed from ceramic blocks. The external masonry is insulated with the ETICS. Some external masonary are designed like exterior ventilated facade with stone cladding and a green facade. Floor structures are designed by SPIROLL panels. The master project includes the concept of heating, ventilation, cooling, domestic hot water heating, lighting, rainwater management and photovoltaic panel design. In the part of my project, I focused on optimizing the design of the gable roof. I changed the composition of the gable roof so that more rainwater would be retained to be used in the facility. I placed additional photovoltaic panels on the gable roof and simulate whether they would cover the electricity consumption in the building. I evaluated the changes in the energy performance certificate, and compared them with the original design.
Office building, Moravská Nová Ves
Trčková, Michaela ; Bečkovská, Tereza (referee) ; Bečkovský, David (advisor)
The aim of this Master’s project is to develop a design documentation for the building permission of a two-storey office building located in Moravská Nová Ves. On the ground floor there are four offices or shops for rent. The first floor is reserved for a café or a bistro. There is also a part of the building which is used as a utility room. The first part of this project is the structural and architectural design of the building. The structural system is the combination of the RC frame and steel frame with steel roof structure. The facade system was designed as a semi structural mullion/transom curtain wall. A part of the ground floor is roofed by a walkable flat roof and semi-intensive green roof. The main roof is pitched roof with an insulation over rafters. The second part of my master thesis is dedicated to building services design. The building is heated by a heat pump and the system of warm water floor heating. There were also used smart led lightening, photovoltaics and rainwater treatment. In the last part, I did research in green walls, and I have made an evaluation how do they effect interior clime and which other benefits do they bring.
Civic amenities building
Gajárková, Marie ; Svoboda, David (referee) ; Berková, Petra (advisor)
The aim of this Master´s project is to design a new restaurant with a guest house at the outskirt of the city Rožnov pod Radhoštěm. The proposed building has a ground floor in the first part of the building and two ground floors and attic in the second part. The first includes technical facilities, a storage space, a wellness area, toilets and a restaurant with a kitchen. The other floors are designed for accommodation with a total 10 rooms. The structure is based on strip foundations. The structural system is made of masonry walls. The external wall of the building is made of ceramics blocs, insulated with ETISC. The floor structure is designed as precast concrete panels. The roof of the single floor of the building is designed as a flat roof. The roof above attics is designed as a pitched roof. The project contains designed of photovoltaic panels, heating and HVAC. The systems are designed to maximize ecologic efficiently. The third part of this diploma thesis is the spatial acoustics of the restaurant and salon.
Heat-moisture and Heat Storage Properties of Heavy Structures of Sloping Roofs
Pilný, Ondřej ; Ostrý, Milan (referee) ; Novotný,, Marek (referee) ; Kalousek, Lubor (advisor)
The heavy claddings of sloping roofs are increasingly being incorporated into the common constructions of family houses, apartment buildings and other civic amenities. Thanks to the increasing demands for energy savings in the form of ever-tightening values of heat transfer coefficients and other thermal engineering requirements, these designs are the answer to how to achieve the requirements more easily. Furthermore, they are able to influence the passive thermal stability of interiors and thus solve not only the issue of overheating of buildings, but also to achieve energy savings in the case of thermal stabilization of the interior throughout the year. However, if there is a lack of understanding of these different constructions for heat-moisture and heat storage behaviour, there is a risk of the opposite effect and a risk of deterioration of interior thermal stability. Therefore, it is necessary to better understand these structures in terms of behaviour and the impact that their use has on the building itself. Also, it is desirable to understand the effect of changes in their partial material properties and of the composition itself on the functioning of heat-moisture and heat storage properties of compositions that use these materials.

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