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LABORARTORY BRNO
Lišková, Nela ; Šupler, Libor (referee) ; Jura, Pavel (advisor)
The building site is located in the heart of the Moravian metropolis - Brno. The corner site at the edge of a historical core is determining for the project, because of its importance for the city. The shape of the building closes the corner site and is flowingly connected with the build-up area on Koliště and Milady Horákové streets. The facade of the building is in compliance with the concept of the gallery - which is continuous open space. This space is filled with elements that fulfill the communication function and the operational function (provide the operation of the gallery).
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Spiritual brownfield Olomouc - Zlín
Greguška, Peter ; Nový, Jindřich (referee) ; Štěpán, Marek (advisor) ; Nový, Alois (advisor)
The diploma thesis is the proposal of the pilgrimage church with the addition of the second functional unit as the pilgrimage area near to the stream „Svatá voda – Kaménka“. The proposal claims to raise former pilgrimage area and natural element, and also to provide spiritual and psychological support to pilgrims/visitors. For that reason, there are provided residential programs in the area. The building program corresponds to demanding enter and capacity. Capacity of the church is up to 250 people, in the main liturgical space on the ground floor. The growth is possible on the gallery on the second and third floor. Areal also including restaurant, lecture hall and spiritual centre. That works on a spiritual stay program for singles or couples. There is also a meditation garden and parking lot aloof.
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Automotive Gear Lever Design Improvement
Hajdušek, Zdeněk ; Porteš, Petr (referee) ; Ramík, Pavel (advisor)
Zdeněk Hajdušek Automotive Gear Lever Design Improvement BW, IAE, 2010, 59 pp., 75 fig. When designing improvement of the gear lever, solution of higher stiffness and lower mass in compare to the old design has been designed while keeping a necessary safety ratio. A new attachment of the gear lever to the car´s frame which increases lateral stability of the lever has been designed.
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Analysis of the structure for the effects of earthquakes
Švejcar, Martin ; Martinásek, Josef (referee) ; Vlk, Zbyněk (advisor)
This master thesis deals with analysis of a selected construction subjected to a seismic load. In the Dlubal RFEM programme, a basic model was created and analyzed with the spectral analysis using response spectra and with the time analysis using accelerograms from the database of the programme. The outcomes from these analyses were compared. Subsequently, the same calculations were performed on modified models and the results of the internal forces and deformations of the structure were compared with the outputs obtained on the original basic model.
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Production buildings VW Autocenter
Nováková, Eva ; Žák, Libor (referee) ; Boleslavská, Yvona (advisor) ; Donaťáková, Dagmar (advisor)
A goal of this thesis is elaborating of a project documentation which is consisted of a building permit documentation in a scale 1:100 and a construction documentation in a scale 1:50. This thesis is based on architectural study elaborated within the course AG35. A subject matter of the Bachelor thesis is a design of a newbuilding of the showroom of a Car-centre Volkswagen Group in Brno - Zábrdovice on Cejl street. The part of the design is the architectural object itself and its surroundings. The original idea was to create a large view area for the people passing or driving by to have a good view of exposed cars. To this purpose a circular floor plan has provided the best viewings inside the building from several points of view. A form of the showroom is a cylinder which is partially covered by white fabric shades. The whole structural system of the showroom is formed by steel columns with a reinforced concrete wall. A roof construction is made up by steel trusses.
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Industrial bakery Herold Brno
Bartošová, Monika ; Suchánek,, Petr (referee) ; Nový, Alois (advisor) ; Donaťáková, Dagmar (advisor)
The goal of Bachelor thesis was to develop the downstream stages of project documentation for the study object industrial bakeries Herold in Brno processed in the subject AG34. This is the documentation for building permits in 1: 100 scale implementation and documentation in 1:50 scale. The subject of this documentation is newly built industrial bakeries Herold situated in Brno. The solution is as alone industrial facility and adjacent areas, representing primarily the handling and parking area, but also a sufficient amount of green. Herold company engaged in the manufacture of mill and bakery products since 1993. During that time, gained a stable position in the market and has become a major regional supplier of bakery products and mill products. The company owns both industrial production buildings and variety stores. Building a new building industrial bakeries in Brno ensure the company expanding production capacity, additional sales area and its location is closer to the area of the most extensive sales. The territory of the building located on the outskirts of the city of Brno, in Horní Heršpice, in an industrial area on the desktop brownfields number 0813. The land slopes gently from west to east, with access from the street K terminálu. Now on land is unsatisfactory and unused objects without architectural value, which will be removed and the surface will create a new industrial bakery. The intention here was to design a building which its scale, shape and material solution will respect the character of the area for which the typical industrial area, usually consisting of single packaged materials. The building is composed of three cubic materials, where the two extreme outweigh the middle, thus forming frames emphasizing the first part of the entry of employees and customers. In the second, then the back of the expedition. Middle lower mass represents supply and production areas. By contrast to these shapes are three cylindrical objects of flour.
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Shape optimization of civil engineering structure
Kuzbová, Šárka ; Vlk, Zbyněk (referee) ; Hokeš, Filip (advisor)
The bachelor thesis is focused on shape optimization of a selected load-bearing structure. The calculation is carried out in RFEM 6. The desired goal is to achieve an optimum state where the structure has the lowest mass and at the same time satisfies the ultimate and serviceability limit state. The optimization procedure of the selected structure is focused on optimizing the position of the diagonals. The bachelor thesis also includes a study of the shape optimization of the simplified statically certain and uncertain structure.
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Shape optimization of the typical frame of the load-bearing structure of the steel hall
Kuzbová, Šárka ; Vlk, Zbyněk (referee) ; Hokeš, Filip (advisor)
The thesis deals with the shape optimization of a typical frame of a steel hall structure. The calculation is performed for two types of parametric models created with both 1D and 2D finite element models in RFEM 6. The aim of the optimization process is to achieve a state where the structure has the lowest mass while satisfying the stress limit. The first model, which is created using 1D finite elements, focuses on optimizing the initial and final section heights of the members with the raises. The following model, which is developed using 2D finite elements, is aimed at optimizing the openings of the pierced beam. The thesis also includes analytical verification of the model using the deformation method.
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Modification of the landing gear of the Irbis aircraft
Forman, Tomáš ; Vaněk, František (referee) ; Šplíchal, Jan (advisor)
This master thesis deals with the landing gear rebuild from tail gear to nose gear of the M-4 Irbis aircraft. The first chapter presents the aircraft in its current state and includes some technical data, too. The theoretical information about types of landing gears, its characteristics, pros and cons and the typical representatives for each type of landing gear are mentioned in the second chapter. The third chapter is about landing gear loads that occur during landing and about the load calculation according to UL 2 regulation. The following chapter shows the construction of the new landing gear, including some of the suggested, but not realised, designs. In the fifth chapter, there is a landing gear strength calculation of some of the gear components. The calculation is analytical and then uses FEM. The very last chapter then shows the effect of new landing gear on the centre of gravity in its extreme positions. The chapter also compares aircraft masses with both landing gears.
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Design of cutter head with Harmonic-Drive application
Tkadlec, Dušan ; Dosedla, Michal (referee) ; Holub, Michal (advisor)
This master´s work deal with design two axis cutter head with possible variants drive of axis. The part of this work is also technical– economics valuation of single variants, calculation torque and force from motor head and design taking head in two axis. Cutter head should be applicated to boring and cutting headstock given to type with posibility of adaptive exchenges spindle.
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