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Post office
Kušnir, Jakub ; Utíkal, Aleš (referee) ; Utíkalová, Ivana (advisor)
The aim of my diploma thesis is to design and make out a design documentation to show the look of new post office building. The plot is located in the cadastral area of Lesná and the parcel numbers are 1344/1, 1344/3, 1344/4 and 1345. The building is located on a flat terrain. The building consists of two above-ground floors and one underground floor. On the first floor are public areas, post offices and the background of the post office. On the second there is the office of the director, office of the representative, meeting room and facilities for the post office employees. In the underground floor there is technical equipment of the building, archive and storeroom of post office. The construction system is made in a combination of monolithic skeleton and ceramic bricks. It is designed with a flat roof wich is drained by with roof gullies.
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Apartment house
Kušnir, Jakub ; Šoulová, Eva (referee) ; Utíkalová, Ivana (advisor)
The aim of my bachelor´s thesis is to design and make out a design documentation to show the look of the brand new apartment house. The plot is located in the cadastral area of Brno-Židenice and the parcel number is 7652/22. The building is located on a flat terrain. The building consists of five above-ground floors. On the first floor are social space, berths and garages. On the second and the third floor are two dwelling units and on the fourth floor are located two separate duplex apartments which are extended up to the fifth floor. In the building is six residential units, that are designed for families with four or five members. The construction system is made of ceramic bricks and the ceiling is made of monolithic reinforced concrete. It is designed with a flat roof wich is drained by with roof gully.
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Mechanical and thermophysical properties of illite-based ceramic materials.
Kušnír, Jakub ; Knapek, Michal (advisor) ; Chmelík, František (referee)
Title: Mechanical and thermophysical properties of illite-based ceramic materials. Author: Jakub Kušnír Department: Department of Physics of Materials Supervisor: RNDr. Michal Knapek, Ph.D, Department of Physics of Materials Abstract: This work examines high purity illite-based ceramic material (illite) with varying porosity, illite with fly-ash addition and textured illite- and kaolin-based ceramics. Investigated illitic clay originated from the Tokaj region in Hungary and contained 84 wt.% of illite. Kaolinitic clay (Sedlecký Kaolin Inc.) contained 88-94 wt.% of kaolinite. Samples were prepared using different heating regimes based on the type of material, with maximum firing temperature of 1100 řC. The porosity was controlled by adding charcoal powder to the green body before firing. Fly-ash waste from the combustion of powdered oil shale from Estonia was used as another additive. The microstructure of samples was analyzed by scanning electron microscopy. Mechanical properties were studied by compression tests with concurrent application of advanced investigation methods: Acoustic emission (AE) and Digital image correlation. By means of thermal analyses and AE we also investigated the frost resistance of samples with porosity created by charcoal combustion. Keywords: illite; kaolinite; ceramics;...
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Post office
Kušnir, Jakub ; Utíkal, Aleš (referee) ; Utíkalová, Ivana (advisor)
The aim of my diploma thesis is to design and make out a design documentation to show the look of new post office building. The plot is located in the cadastral area of Lesná and the parcel numbers are 1344/1, 1344/3, 1344/4 and 1345. The building is located on a flat terrain. The building consists of two above-ground floors and one underground floor. On the first floor are public areas, post offices and the background of the post office. On the second there is the office of the director, office of the representative, meeting room and facilities for the post office employees. In the underground floor there is technical equipment of the building, archive and storeroom of post office. The construction system is made in a combination of monolithic skeleton and ceramic bricks. It is designed with a flat roof wich is drained by with roof gullies.
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Apartment house
Kušnir, Jakub ; Šoulová, Eva (referee) ; Utíkalová, Ivana (advisor)
The aim of my bachelor´s thesis is to design and make out a design documentation to show the look of the brand new apartment house. The plot is located in the cadastral area of Brno-Židenice and the parcel number is 7652/22. The building is located on a flat terrain. The building consists of five above-ground floors. On the first floor are social space, berths and garages. On the second and the third floor are two dwelling units and on the fourth floor are located two separate duplex apartments which are extended up to the fifth floor. In the building is six residential units, that are designed for families with four or five members. The construction system is made of ceramic bricks and the ceiling is made of monolithic reinforced concrete. It is designed with a flat roof wich is drained by with roof gully.
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Mechanical and thermophysical properties of illite-based ceramic materials.
Kušnír, Jakub ; Knapek, Michal (advisor) ; Chmelík, František (referee)
Title: Mechanical and thermophysical properties of illite-based ceramic materials. Author: Jakub Kušnír Department: Department of Physics of Materials Supervisor: RNDr. Michal Knapek, Ph.D, Department of Physics of Materials Abstract: This work examines high purity illite-based ceramic material (illite) with varying porosity, illite with fly-ash addition and textured illite- and kaolin-based ceramics. Investigated illitic clay originated from the Tokaj region in Hungary and contained 84 wt.% of illite. Kaolinitic clay (Sedlecký Kaolin Inc.) contained 88-94 wt.% of kaolinite. Samples were prepared using different heating regimes based on the type of material, with maximum firing temperature of 1100 řC. The porosity was controlled by adding charcoal powder to the green body before firing. Fly-ash waste from the combustion of powdered oil shale from Estonia was used as another additive. The microstructure of samples was analyzed by scanning electron microscopy. Mechanical properties were studied by compression tests with concurrent application of advanced investigation methods: Acoustic emission (AE) and Digital image correlation. By means of thermal analyses and AE we also investigated the frost resistance of samples with porosity created by charcoal combustion. Keywords: illite; kaolinite; ceramics;...
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