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House with Design Office
Herman, Tomáš ; Šafářová, Markéta (referee) ; Lavický, Miloš (advisor)
Processed topic of bachelor thesis is house with design office. Object has the form of letter L, on a square plot is entry of house situated to east, entry of design office is situated to north. Object has two aboveground floor. Object has a gable roof with wooden construction. Construction system is by walls from brick blocks Porotherm. Ceiling construction is ceiling Porotherm with pot girders and miako insertion. Dividing constructions are from brick blocks Porotherm. Foundations of the object are from concrete.
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Detached house
Kolář, Michal ; Kalábová, Tereza (referee) ; Bečkovský, David (advisor)
In this bachelor thesis I am focusing on a project of a detached family house on a site 5017 in a village Radiměř. Proposed category of a flat is 4+1. Family house is designed according to an irregular platform 14,84x8,08m. The house has two floors with a habitable attic, without cellarage. Downstairs there is a space behind a door, technical room, a toilet a storage room, a storage room under the stairway, two-ply stairs, a living room and a kitchen. The family house includes a garage for one car and with enough storage space. Upstairs there is a bathroom, 2 rooms and a bedroom. The house is based on strip foundations made of a simple concrete. Vertical and horizontal frameworks are devised from cellular concrete blocks Ytong. Enclosure wall is insulated by boards Ytong Multipor. The roof is anticlinal with a 40 degrees deflection. The entering side is orientated to the east. The living room is orientated to the south and the west, which makes the place shiny enough and furthermore there is an entrance to the platform. In addition there is also a bachelor seminar thesis on a following topic Insulation and insulation systems.
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City Apartment House Brno-Sadova
Okleštěk, Michal ; Drobníček, Ladislav (referee) ; Menšíková, Naděžda (advisor) ; Matějka, Libor (advisor)
The bachelor thesis is based on the studio project of residential buildings. The project develops architectural study of city apartment house on the Kociánka street in Brno. The basis for processing is the urban study, which allows for the development of family and apartment buildings. The proposed building structure is connected to the existing buildings. The idea is based on the form of the building blocks that the procedure is divided into several parts. Blocks are rotated to obtain the best vision from the living space. The result is a unique geometric shape. Big windows on the south side provide enough light. Apartment house has three floors. Basement and two floor. Basement has garage and technical technical background. Above-ground has two main entrances leads to two residential units. Around the building is enough green space planted with trees for use in the summer months to relax.
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Leisure Time Centre Brno
Gregorová, Stanislava ; Teplý, Vladimír (referee) ; Odvárka, Antonín (advisor) ; Pěnčík, Jan (advisor)
The theme of my bachelor’s thesis is to design a new leisure time centre building in Brno Novy Liskovec. The area is a defined space by street Plachty. The building site is situated in the northern part of the area, surrounded by blocks of flats. The principle of the draft is based on integration of the building into the park in the context of the surrounding buildings. The object corresponds with blocks of flats in its shape and material, it adapts to the surrounding terrain by incorporation into the slope. Typical of the whole building are concrete, cube, simplicity – they can be seen at first floor outside, contrary to the ground floor - it builds into the surrounding terrain by a material of wood. The leisure time centre building is functionally divided into parts: a multifunctional hall, rooms for leisure and café. All these operations are closely related and complement each other. Green roof of the building is designed for people, equipped with benches. Together with the adjustment of the surrounding park it contributes to the creation of public space on the estate.
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Leisure Time Centre Brno
Sudolský, Filip ; Fišer, Jiří (referee) ; Odvárka, Antonín (advisor) ; Štěpánek, Ladislav (advisor)
The main subject of the project was to create architecture study for new building of free time center, which will be integrated to surrounding of a local park in a context with structure of a city around. The site plan is placed in park area on the end of the city part Nový Lískovec which is put lower comparing to surrounding. Other building and terrace houses are surrounding it. The main intention in design was to sensitively touch and fill the place with building link to the closest surrounding. The idea of making a connection on pedestrian communication on eastern area between terrace houses, which is pointing to busy bus stop. By this line and Plachty Street was the building geometrically made on purpose to leave the park and to create certain public space for spending free-time. By this distribution two parts was made. Hall part with gym, dressing room and gym for extreme sports, where trampolines, u-ramp, and pool with foam cubes are dominates. In second part there is café with polyfunctional rooms and mediatheque for watching movies, playing games or making small presentations. In front of Café there is created amphitheater and space for placing terrace in the summer time. Other main thing was to create easy movement for people bikes or baby-carriages and so on. In case of lightning was created a long windows shaded by wooden elements which are continuing on façade cover.
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High volume fly ash concrete
Kučera, Jakub ; Sokol, Pavel (referee) ; Hela, Rudolf (advisor)
Bachelor thesis consist of two parts. The aim of teoretical part is to explore possibilities of usage and properties of high volume fly ash concrete with 40 – 70 % cement replacement. To make an overview of development of strength, durability in various environments, reduction of heat evolution etc. The aim of the experimental part is to compare properties of various class concretes with various amount of fly ash.
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The influence of the preparation and editing of test specimens for testing the durability of concrete and concrete products
Šťastný, Antonín ; Brožovský, Jiří (referee) ; Hubáček, Adam (advisor)
This bachelor’s thesis examines the influence of the preparation and editing of test specimens for testing the durability of concrete and concrete products. In particular it monitors the effect of surface treatment and storage of test samples on durability of concrete. The theoretical part describes the mechanism of damage to the samples exposed to salt scaling. It further describes the test methods, which identifies and describes the durability of concrete and concrete products according to the test standards in force in the Czech Republic. Three types of concerete was proposed and mixed in the experimental part of this work. They were using the same raw materials and were differed in degree of aeration. Samples were made from each types of concrete. Thay had different surface treatment, various degrese of saturation before the salt scaling test and the samples were compared with each other.
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Special surface finish architectural concrete
Gajdoš, Jan ; Ťažký, Tomáš (referee) ; Hela, Rudolf (advisor)
The aim of this work is to describe modern methods of finishing concrete with architectural division of the surfaces created in fresh and hardened state. In this work describes the various influences and their effects on the resulting surface such as concrete composition, method of storage or production and compaction of concrete. In the practical part of the thesis focuses on the technology of graphic concrete and its application to vertical monolithic wall.
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Properties of cementitious composites with plasma treated polymer fibers
Počekajlo, Václav ; Hela, Rudolf (referee) ; Bodnárová, Lenka (advisor)
Modification of polymer fiber low temperature plasma is one of the ways to enhance the properties of modified fibers as follows. This work aims to evaluate the effect of plasma treated polypropylene fibers on the rheological properties of cement composites. The theoretical part describes the treatment and the effect of plasma treatment on polymer fibers. The influence of polypropylene fibers treated by low-temperature plasma on the workability of concrete. The practical part is described and evaluated experimental verification of the influence of the addition of commercially available fibers and fibers treated plasma on the rheological properties of fresh cement composite.
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