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Design of the RC slabs of the flat house
Reinoha, David ; Požár, Michal (referee) ; Klusáček, Ladislav (advisor)
The topic of the bachelor thesis is a new two-storey production building with an administrative part on the second floor and a production space on the ground floor The bachelor thesis deals with the static assessment of selected main bearing elements of the whole building in details for building permit. The main vertical supporting structure here is peripheral ceramic masonry, which is bounded by iron-concrete wreaths at the level of each of the two floors. The building is roofed with wooden nailed roof trusses placed on an in to wall-anchored wooden beam. The main supporting horizontal structure forming the ceiling between the first and second above-ground floors is made up of prefabricated Spiroll ceiling panels, which are placed on the stiffening wreath 1NP. The foundation structures are made of a monolithic concrete waist and consequently of a prefabricated lost formwork.
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Construction technology study stage assembly of reinforced concrete load-bearing structure of the hall
Hubáček, Lukáš ; Venkrbec, Václav (referee) ; Diaz, Yvetta (advisor)
The object of work is a stage of assembly of reinforced concrete supporting structure construction of universal hall with annex within the project Technology Park Holešov. The property consists of indoor and part two-storey annex. The thesis contains a technical report object, situation, including wider relations routes, itemized budget including bills of quantities, technological specification for mounting the skeleton, the principles of organization of construction, the timetable proposed mechanical assembly, inspection and test plan and occupational safety and health.
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Rodinný dům
Kováčová, Nour ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
Předmětem této bakalářské práce je projektová dokumentace a návrh nového rodinného domu s téměř nulovou spotřebou energie. Dům je určen pro šest členů rodiny s překladatelskou kanceláří pro jednoho z členů rodiny. Dům se nachází v klidné části obce Jinačovice, v okrese Brno v Jihomoravském kraji České republiky. Tento objekt je samostatně stojící se dvěma patry, dvěma balkony a velkou okolní zahradou. Svislá nosná konstrukce domu je zděná z keramických tvárnic Porotherm. Vodorovná nosná konstrukce je vyrobena z předpjatých stropních panelů Spiroll. Budova je postavena na základech ze betonových pásů. Střecha je plochá se střešnímí deštovými vpustmi a izolací z minerální vlny. Budova je zateplena systémem ETICS. Projektová dokumentace obsahuje také posouzení požární bezpečnosti budovy, výpočty základů a zatížení, tepelně technické posouzení a posouzení na akustiku a denní osvětlení.
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Construction-Technological Preparation of Warehouse and Administrative Building in Černá za Bory
Štěpánek, Michal ; Hejl, Martin (referee) ; Mohapl, Martin (advisor)
The aim of this diploma thesis is the construction and technological solution of the warehouse and administrative building in Černá za Bory. The diploma thesis contains technological procedures for assembly of reinforced concrete skeleton and realization of industrial floor. This work solves problems that could arise during the assembly of the skeleton and realization of industrial floor. The thesis contains a construction technology project, a study of the implementation of the main technological stages, the situation of the construction with broader relations of transport routes, the project of construction site equipment and the main design of machines and mechanisms. Furthermore, I created a variant solution of skeleton assembly including financial and time evaluation. Since the project documentation that was provided to me did not include any details for the skeleton placement, I decided to develop design details for the skeleton placement. Subsequently, I developed a plan for occupational safety and health. As a part of this work I made a comparison of industrial floors, both in terms of performance and economic. In order to find out the time demands, I prepared an exact timetable for the implementation of the main building. In order to ensure high safety and quality, I prepared a control and testing plan for the assembly of the skeleton and for the implementation of industrial flooring.
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Multifunctional building
Vecheta, Jan ; Spáčil, Miroslav (referee) ; Sukopová, Dáša (advisor)
The assignment of the diploma thesis is the elaboration of project documentation for the construction. It is a detached multifunctional house, which is located on a slightly sloping terrain. The building consists of four floors and is partially basement. In the basement of the building there are mainly storage spaces, which are designed for housing units located on the highest floors. The space of the first two floors consists mainly of commerce and there is a sports shop, massage equipment, hairdresser and office space. The building is based on simple concrete foundation strips. The perimeter masonry of the basement is made up of concrete blocks, which create lost formwork for concrete filling. The load-bearing masonry of the building consists mainly of ceramic blocks. The ceiling structures are made of Spiroll panels, which are complemented by reinforced concrete monolithic slabs. The building is insulated with the Etics contact insulation system. The roof is designed as a single-skin vegetation roof.
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Cultural center Puppet
Kuchaříková, Andrea ; Kalánek, Ing Jiří (referee) ; Brzoň, Roman (advisor)
This diploma thesis presents a project documentation for construction of a community centre with a restaurant. Its construction site is located on the outskirts of town Jaroměřice nad Rokytnou, Poděbradova street. The building is composed from three parts, which are connected to each other. The first part houses the restaurant with its facilities. This part is a single floor structure covered by a flat green roof. Its façade is formed by white boards composed into an asymmetrical pattern. The second part serves as a backstage area where all the necessary facilities are located. This second part of the building is as the first part a single floor structure covered by a flat green roof. Its façade is formed by façade timber boards. The main entrance is located in the middle part, which is the third part the building. It has two floors and it houses an auditorium, a bar and amenities. Its façade is formed by trapezial boards. The construction system is formed by load bearing walls and by prestressed concreted floor panels or in some parts by cast-in-place reinforced concrete slabs. The building has strip foundations. Its interior walls are built from sand-limestone bricks with acoustic properties. The perimeter walls are covered with ventilated façade with mineral wool thermal insulation. The heating of the community centre is powered by gas boiler connected to single-vent chimney with ventilation shaft.
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Implementation of production hall gross superstructure
Kvapil, Michal ; Kučera, Zdeněk (referee) ; Kantová, Radka (advisor)
Writing of this bachelor thesis was stimulated by the construction of a new production hall in my hometown. It had been a long time since a similar project was dealt with in this town, and therefore it aroused my interest. The bachelor thesis includes the description and technical documentation for the construction of the reinforced concrete building frame of the production hall of the M&T company in Dobruška. The aim of this thesis is to solve the method and potential problems of the construction. I focused on the ceiling of the administrative part of the building. Contrary to the original technical documentation, I suggested cheaper and more time-saving solution of the ceiling: using the prestressed hollow core slab SPIROLL instead of the reinforced concrete composite floor slab FILIGRAN and concreting of the ceiling. I suggested this solution on the basis of my personal experience with the implementation of various types of the ceiling, and the subsequent analysis of their advantages and disadvantages. My suggested solution of the ceiling caused the reduction of this stage’s costs by 13% and the time reduction by 71% of working time. The other aim of this thesis was to solve the problems with the excessive and oversize transportation of the reinforced concrete roof trusses. In the end, these transportation problems together with the financial aspects resulted in the revision of the original technical documentation. The investor decided for the less demanding solution of the construction and for the shorter span of the hall. As for the concreting machinery, I suggested to use the machines (mixer truck and mobile concrete pump) from the nearby concrete plant to reduce the total transportation costs. The main contribution of the bachelor thesis is acquaintance with the construction of the reinforced concrete building frame and with practical verification and comparison of two different solutions of one construction with respect to the financial and time investments
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Veterinary clinic
Bartoňková, Monika ; Herman, Adolf (referee) ; Bantová, Sylva (advisor)
The subject of this diploma thesis is a proposal of the veterinary clinic in Pardubice. The object consists of 3 rectangles, where zverimex is connected to the veterinary clinic. Objects of the zverimex are veterinary clinic are designed as barrier-free. Object SO01 is partly solved as a two-storey, non-cellar. In the first part of the clinic there is a shop of zverimex with office and stock of rectangular shape. In the second part there is a reception for a veterinary clinic with a distinct entrance from where access is to of individual surgeries. In the inner part, there are offices of doctors, such as operating theaters, preparation rooms, CT, RTG, sono / endo / laparo, a laboratory connected with the infectious ward, a rehabilitation center and individual pet boxes. On the 2nd floor there are wardrobes and social facilities for the staff of the clinic with offices and day room, from where it is possible to enter the outdoor terrace. Hygienic facilities for visitors to the clinic are located in the entrance hall. For zverimex staff is designed at the back of the shop, the staff of the clinic is part of the closets in the 1st floor and 2nd floor. The construction system is a wall with a flat vegetation roof passing into the terraces on the terraces above the 1st NP, the roof above the entrance and over the 2nd NP, zverimex with the roof unobstructed. Ceiling structures are designed as pre-tensioned SPIROLL 320 mm ceiling panels. The exterior of the building of the clinic, which extends only to the 1st floor, is lined with red brick tiles and in the part of the building above which is the 2nd floor, the outside wall is lined with brick-gray cladding.
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Implementation rough superstructure hall in Kuřimi
Schrámek, Martin ; Kučera, Zdeněk (referee) ; Kantová, Radka (advisor)
The object of work is a stage of assembly of prefabricated reinforced concrete supporting construction of hall in Kuřim. The warehouse hall will be used for purpose as warehousing and distributing of furniture fittings. The thesis contains a data accompanying report, summary technical report, transport relations, technical report of site facilities, technological regulation of supporting construction, itemized budget including bills of quantities and schedule of work for supporting construction, control and test plans, proposal of machines assembly, technological regulation of structual shell hall panels of Kingspan, comparison structual shell hall panels of Kingspan and hypothetical brick of blocks with thermal insulation. In attachment are contain whole drawings for individual methods and review static load capacity of mobile crane, situation, transport relations, site facilities, layout plan, first floor plan, sections, ceiling plan and elevations.
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Kindergarten in Příbor
Murgašová, Dominika ; Burianová, Lenka (referee) ; Petříček, Tomáš (advisor)
The subject of this master’s thesis is a project documentation for development of a nursery school. The nursery school is situated on the outskirts of the city Příbor. The school is designed as a two-storey building and includes 4 classrooms, with total capacity reaching 60 pupils. The perimeter wall consists of Porotherm clay block walling system. The ceiling framework uses a combination of two systems; the prestress hollow core slabs Spiroll and reinforced concrete monolithic blocks. The roof is designed as a single skin cladding with a flat, green roof. The external thermal insulation composite system (Etics) is proposed for the insulation of the building. The outer walls are partially cladded with timber. Additionally, the combination of white rendering and timber cladding will form a modern looking building that fits within a new housing development. Furthermore, the plan includes an outside playground, with allotments and parking spaces on the premises for the use of a nursery school.
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