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Experimental Verification of Printed Concrete Shell Structures
Tomečka, Petr ; Stráský, Jiří
The article presents the printing technology and material used in the research. Focusing specifically on shell structures. The following section details, the application concept for bridge piers and the derived specimens for experimental verification. The testing procedure and a description of the measuring equipment is presented. Finally, an introduction to computational analyses is provided.
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WATER+TOWN MARINA BRUNENSIS
Bělunková, Barbora ; Navrkal, Martin (referee) ; Poslušná, Iva (advisor)
The plot is 9 houses designed with different functions. The main function of the home storage vessels. Other additional functions are a café, gym, spa, garage, car, boat garage, offices, locker rooms and club athletes.Houses are made of glued trusses shaped house with a gable roof. The facade is composed of titanium zinc surface. The glass facade is just in front of a house. The houses are oriented differently. Shielding is provided by means of sliding shutters.
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Preparation and realization of the railway viaduct in Ostrov nad Oslavou
Šťastný, Jiří ; Doubek, Rostislav (referee) ; Kantová, Radka (advisor)
This Diploma thesis deals with the preparation of the realization of the railway viaduct in Ostrov nad Oslavou. Realization of major technological stages is addressed in building technological study. Technological processes of each sub-job phases are supplemented by technical regulations, the design of the main building machines and mechanisms, inspection and test plan, schedule of occupational health and safety, time and financial plan construction, construction budget, a plan for securing material resources. I also worked out the technical report of the building sites facilities including drawings needed. I also worked out design rehabilitation of the substructure of the railway viaduct, which is consist of technical regulations for remediation work and drawings.
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Brno waterfront - rehabilitation of rivers and their surrounding areas
Manclová, Miroslava ; Řehák, Filip (referee) ; Pavlovský, Tomáš (advisor)
The theme of the work is revitalisation of the Brno rivers, specifically the river Svitava. The main idea of the work is the understanding the river as a city-building element, as a place of potential that every city should fully utilize. People like to spend their free time at the water and such a space should satisfy their needs. The river flows smoothly throught the city, and people should be able to move freely around it. In the ideal case, it should be a green path across urban area. The solved territory is situated in the Brno-Zábrdovice district, which hasn´t ideal reputation. Its image is shaped by, among others, industrial areas which are quite often derelict. My task was to correctly distribute one of these sites, which is located near the Zábrdovice Monastery. The solved territory is currently a non-coherent and inconsistent structure that does not support the image of the site. The river is completely supressed at this point and the movement around it is very limited. In my design I tried to create a place that would offer a lot of activities through the day. I have modified the functions I have in the territory and supported by my proposal to form a working entity together. In such a territory will meet people, who work or live here, who are using the services or come to sport or spend their free time in the pleasant environment of Svitava river.
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The multifunctional building Mlynska, Brno
Pelčák, Vlastimil ; Ležatka,, Lukáš (referee) ; Pavlovský, Tomáš (advisor) ; Kacálek, Petr (advisor)
This bachelor’s thesis is created on the basics of an architectural study designed by me in the third year of the bachelor’s degree studies. The thesis elaborates this architectural study into the following degrees of the project documentation. The topic of this work is a design of Multifunctional building Mlynska in Brno. The work reacts on the current change of the city district Trnita in which the estate for the design of the building is located. Gradual revitalization of the whole city district is supposed. The main structure of the multifunctional building and few other auxiliary buildings are located on the estate. The multifunctional house is of a cubic form with a regular placement of windows. The building has two below ground and fourteen above ground storeys. Its height is a reaction on the new and newly emerging building in a nearby surrounding. Due to a higher number of storeys it is moved further from the borderline of street. Both below ground storeys are of technical character. In the first below ground storey is designed a café, shop and an entrance for residents. In the second and third storeys are offices. From fourth to thirteenth storeys are located flats of various dispositions – together there is 28 housing units. The last storey serves for all of the residents – there is a rooftop terrace, a common room and necessary facilities. From the constructional point, the house is arranged as a combination of a monolithic reinforced concrete vertical parts and prefabricated horizontal panels. Perimeter is surrounded by a frame into which are inserted windows. Centre of the building comprises of stiffened core of vertical link. The building is designed as a modern premium living in a minimalistic, functional and aesthetic design.
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Brno - damlake
Švantnerová, Jana ; Žalmanová,, Petra (referee) ; Šindlar, Jiljí (advisor) ; Pěnčík, Jan (advisor)
This bachelor’s thesis deals with a project for a wharf in Brno-Bystrc on the Brno Dam. The space comprises a pier and single-story buildings, specifically, a restaurant, which is open year-round and a building which provides services for visitors: refreshments, public toilets, ticket sales, and facilities for employees. All elements, including access roads and paved areas, are integrated into a U-shaped area which opens onto the dam lake. A substantial difference in height between the access road and the marina allows visitors to enjoy the scenic view as they use the walkway connecting the roofs of the buildings. The same height difference also allows the staircase to function as seating for viewers of seasonal activities taking place on the square below. The urban planning and architectural design take into account the year-round popularity of the area. Both the outer and inner spaces attempt to comply with the requirements that are placed on this space in the organization of social activities such as viewing fireworks or public appearances. The design is also sensitive to visitors of all ages, tourists, cyclists, passengers, or in the winter season, skaters and skiers.
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The multifunctional building Mlynska, Brno
Pelčák, Vlastimil ; Ležatka,, Lukáš (referee) ; Pavlovský, Tomáš (advisor) ; Kacálek, Petr (advisor)
This bachelor’s thesis is created on the basics of an architectural study designed by me in the third year of the bachelor’s degree studies. The thesis elaborates this architectural study into the following degrees of the project documentation. The topic of this work is a design of Multifunctional building Mlynska in Brno. The work reacts on the current change of the city district Trnita in which the estate for the design of the building is located. Gradual revitalization of the whole city district is supposed. The main structure of the multifunctional building and few other auxiliary buildings are located on the estate. The multifunctional house is of a cubic form with a regular placement of windows. The building has two below ground and fourteen above ground storeys. Its height is a reaction on the new and newly emerging building in a nearby surrounding. Due to a higher number of storeys it is moved further from the borderline of street. Both below ground storeys are of technical character. In the first below ground storey is designed a café, shop and an entrance for residents. In the second and third storeys are offices. From fourth to thirteenth storeys are located flats of various dispositions – together there is 28 housing units. The last storey serves for all of the residents – there is a rooftop terrace, a common room and necessary facilities. From the constructional point, the house is arranged as a combination of a monolithic reinforced concrete vertical parts and prefabricated horizontal panels. Perimeter is surrounded by a frame into which are inserted windows. Centre of the building comprises of stiffened core of vertical link. The building is designed as a modern premium living in a minimalistic, functional and aesthetic design.
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Brno waterfront - rehabilitation of rivers and their surrounding areas
Manclová, Miroslava ; Řehák, Filip (referee) ; Pavlovský, Tomáš (advisor)
The theme of the work is revitalisation of the Brno rivers, specifically the river Svitava. The main idea of the work is the understanding the river as a city-building element, as a place of potential that every city should fully utilize. People like to spend their free time at the water and such a space should satisfy their needs. The river flows smoothly throught the city, and people should be able to move freely around it. In the ideal case, it should be a green path across urban area. The solved territory is situated in the Brno-Zábrdovice district, which hasn´t ideal reputation. Its image is shaped by, among others, industrial areas which are quite often derelict. My task was to correctly distribute one of these sites, which is located near the Zábrdovice Monastery. The solved territory is currently a non-coherent and inconsistent structure that does not support the image of the site. The river is completely supressed at this point and the movement around it is very limited. In my design I tried to create a place that would offer a lot of activities through the day. I have modified the functions I have in the territory and supported by my proposal to form a working entity together. In such a territory will meet people, who work or live here, who are using the services or come to sport or spend their free time in the pleasant environment of Svitava river.
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Preparation and realization of the railway viaduct in Ostrov nad Oslavou
Šťastný, Jiří ; Doubek, Rostislav (referee) ; Kantová, Radka (advisor)
This Diploma thesis deals with the preparation of the realization of the railway viaduct in Ostrov nad Oslavou. Realization of major technological stages is addressed in building technological study. Technological processes of each sub-job phases are supplemented by technical regulations, the design of the main building machines and mechanisms, inspection and test plan, schedule of occupational health and safety, time and financial plan construction, construction budget, a plan for securing material resources. I also worked out the technical report of the building sites facilities including drawings needed. I also worked out design rehabilitation of the substructure of the railway viaduct, which is consist of technical regulations for remediation work and drawings.
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Construction design of instructional hydraulic laboratory circuit
Havlát, Michal ; Kříž,, Lubomír (referee) ; Žoužela, Michal (advisor)
It is suitable to add practical illustrations of hydraulic tasks during teaching hydraulics and hydrology. These practical illustrations can be realized by mobile hydraulic circuit which is situated in the auditorium. This thesis is focused on constructional and project solution of the circuit which consists of a compensatory tank with sufficient capacity, pump aggregate and hydraulic measure flume. The construction of hydraulic flume must enable quick, simple and safety installation of a scaled down models of a hydro technical structures. The main requirements of a mobile teaching circuit are clearness of practical hydraulic illustrations, compact dimensions, comparatively low weight, mobility and simple control and manipulation. This diploma thesis also includes design of a scaled down models of a hydro technical structures, especially set of plate weirs, bed-crested weir, ogee-crested weir, culvert, Venturi flume, sluice and radial gate, pier and roughened bed. The hydraulic circuit drawing part also includes instrument carrier with level gauge. This diploma thesis includes theoretical text part, technical report of designed objects, hydraulic calculations and drawing part.
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