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Family house
Boreš, Jiří ; Manová, Ludmila (referee) ; Maceková, Věra (advisor)
The thesis is designed newly built freestanding house. The building will be located in Moravský Krumlov , part of the plot Kačence . No. 3225/3226 , Znojmo district . House is designed as a single-storey with partial basement . Maximum dimensions in circumscribing the outline of the house are 21.5 x15 , 25 m . Loft height is 3.7 m house is based on the footings of plain concrete. In terms of design for the combined construction of concrete blocks in the basement and 1st floor in ceramic blocks . The ceilings of the house are designed as monolithic - concrete reinforced with cross boards. The supporting structure is a concrete staircase . The roof of the house is a single-layer flat with the classical order of layers and coating roofing membrane .
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Concrete ceiling of apartment house
Vyhnalíková, Kateřina ; Strnad, Jiří (referee) ; Perla, Jan (advisor)
The aim of bachelor thesis is to dimension and assess concrete ceiling in a typical storey of apartment house. Software RFEM is used here to calculate internal forces. The thesis also includes manual calculation of internal forces and comparison with results of software and also includes drawings of proposed solution. All calculation are done in accordance with Eurocode 2.
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Apartment building
Spousta, Jakub ; Pobucká, Slávka (referee) ; Sobotka, Jindřich (advisor)
The purpose of this bachelor thesis is to create project documentations for implementation of construction. Projected apartment block is situated in the northern part of Moravské Budějovice. The object is designed as detached building, which has 3 above-ground floors and 1 underground floor (partly with a cellar), it is fitted into a gentle northern slope. A total of 11 housing units are designed in the above-ground part of the building, technical system and storage areas for individual apartments are located in the basement. In the apartments on the south-west side of the building, overhanging balconies are designed in the above-ground part, terrace is on the ground floor. The base construction is designed from reinforced concrete belts. The perimeter wall in the basement is designed from blocks of permanent formwork. The perimeter wall in the above-ground floor and internal load-bearing masonry are made of brick blocks. Ceiling constructions are designed as reinforced concrete monolithic slab. The roof structure is designed as a single-layer flat vegetative roof. The whole house is thermally insulated with and external heating system.
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Residential building
Pazderka, Adam ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
The subject of this bachelor thesis is the design of a new residential building and the development of project documentation for the construction of a residential building with almost zero energy consumption. The building object SO01 - Residential house is located in the south-western part of the village Hustopeče, and it is mainly rectangular in shape set in the sloping terrain in the back half of the plot. The entrance to the building is oriented to the south side. The building has four floors above ground and a basement with a technical background of the building and a gym. Each storey contains two mirrorfacing residential units. The building contains six apartments with a layout of 4+1 and two attic apartments with a layout of 3+1 kitchenette. Access to the apartments is possible from a common staircase with an elevator shaft. The foundation structures are designed as strip foundations. The building is constructed of ceramic Porotherm bricks. The ceiling structure consists of a monolithic reinforced concrete slab. The roof is designed as a pitched gable roof and a pitched roof. The entrance to the building is designed for wheelchair access. From the south and north side, access is provided for the first to third floors to a covered balcony. The top floor provides access to the terrace for both attic apartments. The façade plastering is done in white shade with a combination of façade brick strips Klinker.
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Apartment house
Valentová, Nela ; Pilík, Václav (referee) ; Smolka, Radim (advisor)
The subject of this bachelor thesis is the processing of the design documentation for an object at the realization of the construction phase. The final object is a detached apartment building with 4 above floors and 1 underground floor. The building is designed at a flat terrain in village Vyskytná. In the new building there are 9 housing units with different sizes and dispositions with total capacity of 24 persons. The foundation structure is designed in the form of foundation strips. The walls are made of ceramic blocks and the walls on the underground floor are designed from permanent formwork. Ceiling constructions are designed as cast-in-place reinforced slabs. The object is roofed with a flat roof. On the second and third floor there is a balcony on the west side, there is also a terrace on the fourth floor. On the ground floor there is terrace in the same position. The external thermal insulation of the building is considered as the external thermal insulation composite system (ETICS).
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Selected parts of the construction-technology plan - kindergarten in Brno
Bartek, Petr ; Doubek, Rostislav (referee) ; Motyčka, Vít (advisor)
This thesis deals with a construction-technology plan of two-story nursery school in Brno, district Bystrc. Thesis contains engineering report, financial and time schedule for structures, project of construction site, noise study, technological notes and inspection and test plans for cast-in-place reinforced concrete slabs and for prestressed concrete Spiroll floor slabs, formwork study, list of main machines used during construction, time schedule, needed quantity of workers and itemized budged for carcass, budged for whole building and comparison of cranes. Moreover, in appendices are drawings of approaches and processes during construction in its different phases.
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Villa, Barrandov
Petr, Lukáš ; Hlubocký, Lukáš (referee) ; Müller, Jan (advisor)
This thesis deals with design of detached house which is divided into two separate units. The house is situated on slightly sloping terrain in cadastre unit of Hlupočepy in Prague 5. The house has a L-shape design. The bigger unit is designed for four member family and the smaller unit can be used as an apartment for grandparents or for a lease. The house is fully basement and has two above ground floors. For perimeter walls are used ceramic blocks Heluz with holes filled with polystyrene. The foundation construction is designed as reinforced concrete base plate and ceiling constructions as reinforced slabs. The house is roofed with gable roof with 40 degrees gradient. The thesis contains documentation for construction implementation.
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New Building of Kindergarten in Velké Bíllovice
Příborský, Roman ; Nováková, Eva (referee) ; Kolář, Radim (advisor)
The subject of my diploma thesis is create a design documentation of new building of the kindergarten which is located in Velké Bílovice. This building is placed in uptown near the elementary school in the area with flat terrain. The kindergarten is designed for education and raising of 48 children and 12 students. There is a large garden behind the property. This object has two above-ground floors and has no cellar. The roof is designed as warm flat roof. The loadbearing masonry is designed from sand-lime blocks. The whole object will have contact thermal insulation system, the floor structures are from reinforced concrete. The staircase is designed as half-turn stair from reinforced concrete. This object is based on the foundation strips.
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The use of advanced composite materials for the design of concrete structures
Macháček, Jan ; Matušíková, Anna (referee) ; Girgle, František (advisor)
The diploma thesis deals with the design of concrete structures reinforced by FRP according to ACI, fib, CSA and EC2 regulations, which are stressed by a shear force. The diferences between steel rebar and FRP reinforcement were described, in particular its mechanical degradation over time and a different stress-strain diagram. Furthermore, shear capacity calculations were performed according to the regulations and compared with the real tests. Then the parametric analysis of shear strength was performed. In the practical part, the design of concrete floor slab structure supported by the pillars and walls was performed. The upper reinforcement of this slab was designed with FRP and the lower with steel rebar. Double-headed studs were used as a punching shear reinforcement.
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Kindergarten
Křenek, Vojtěch ; Šobrová, Zdena (referee) ; Utíkalová, Ivana (advisor)
The aim of my diploma thesis is to elaborate project documentation for the execution of a new building of kindergarten. The intention is to construct a new kindergarten which access preschool-age children has visual contact with nature and space of outside. This is purpose why all main windows face south. In the second floor is situated schoolroom for minor activity. The building is designed as brick, using clay blocks which are put on concrete foundation strips. Basement walls are from formwork brick fill concrete and steel armature. Thermal insulation is from contact thermal insulation system and ventilated facade with wood clapboard from pine (Thermowood). The roofing is designed partly as single-shell vegetative (extensive) roof and partly as a float double-shell roof with timber truss girder. Ceiling construction in the basement and the first floor is from concrete load-bearing structure.
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