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Science & Technology Park in Zlín
Šimoníček, Stanislav ; Svoboda, Jiří (referee) ; Zemánková, Helena (advisor)
Subject of my graduation theses was to define an isolated room of the Práce square, to create a central assembly room, which is isolated from the traffic of the adjacent Tomáš Baťa avenue, to complete dominant buildings of the Bata’s period, to stimulate and to make attractive it for the pedestrians and to design a traffic, street’s and new street’s lay-out, to draw a scientific and technical park and living in the city centre, parking places pro the new designed objects. The architectural - urban project is solving a new function of the square, which originally used as ascending area for then expanding Bata’s plants. After failure of the plants has the square lost his function. The designed solution removes the cars, respects viewed axes, and creates a new raster due to straighten of Březnicka Street, which is parallel to the “green axe”, which separates the old and the new part of Zlín, vertical to Tomáš Baťa avenue. It is bringing new restaurants, coffee-bars, shops, housings and jobs. Scientific and Technical Park concludes the square from the north site. It is designed at the place, where formally a hospital building were - in front of he building 21. It is continuing towards the street and joins the faculty of management and economies with the new university centre. The building height is similar as the surrounding buildings. It is parted in two parts; between them is the viewed axe through the district of SVIT. Block of flats concludes the square form the west. Orientation of the flats is also to the east – west. The flats can serve for the employees, too, for the neighbouring Scientific and Technical Park. Kce is from skeleton and is brick-faces KLINKER, which corresponds to the surrounding building-up area. It contains smaller flats to 100 m2, category 2+eating nook, and 1+eating nook.
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Architecture Information for LLVM Compiler Optimizations
Svoboda, Jan ; Dolíhal, Luděk (referee) ; Hruška, Tomáš (advisor)
Tato práce se zabývá automatickou extrakcí informací o architektuře procesoru z jazyka CodAL. Získané informace jsou využity jako základ pro cenový model optimalizátoru překladače LLVM. V rámci práce vznikl nový systém, který vytváří cenový model, převádí jej do C++ kódu a sestavuje do dynamické knihovny. Tato knihovna je za běhu načtena překladačem a využita pro přesnější rozhodování o přínosech jednotlivých optimalizací. Výsledkem práce je průměrné 14% snížení velikosti strojového kódu programů a až 68% zlepšení výkonu generovaného kódu.
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Quality Management
Mayer, Daniel ; Svoboda, Jaromír (referee) ; Bartes, František (advisor)
The thesis is focused on quality in business-clothes KaPO-oděvy s.r.o. It describes the methodology of quality in the company. The analytical part is focused on identifying problems in the company and to evaluate the whole of the current situation. In the next section suggest improvements, or remove identified problems. The result of the proposal will improve the existing situation and improve the quality of the business process. The thesis consists of the theoretical analysis of problems and design their own solutions.
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Architect Jiří Voženílek in Zlín
Svoboda, Jiří ; Prof.Ing.arch.Robert Špaček,CSc. (referee) ; Králová, Eva (referee) ; Koutný, Jan (referee) ; Zemánková, Helena (advisor)
Jiří Voženílek was born on August 14th, 1909 in Holešov. He attended high school in Prague, where he also studied architecture at the ČVUT and he became a university professor at this institution in the 1960’s. Later, he became the main architect of The Capital of Prague. He started to work for the Baťa Company on April 20th, 1937. His first task was to assist the architect Vladimír Karfík on the Roman Catholic Church project in Otrokovice-Baťov. Then he became the leader of the collective 276, Construction Department no. 8 and the head architect as well. He cooperated with architect Jaroslav Fragner for the Baťa Company on the creation of the urban concept called The Industrial City of Kolín in 1940-41. He created an interesting industrial project, The Rendering Plant in Otrokovice–Baťov on his own. Several of his other architectural works can be found in the former Baťa factory in Zlín, particularly the factory buildings no. 15 (built in 1946-47) and no. 14 (built in 1947-48). However, the most famous work of Jiří Voženílek is the Collective House in Zlín. He is the author of many famous urban projects in his homeland and around the world as well. He became the head of the group of architects who created the Regulation Plan of Zlín in 1946-47, which is valid even today.
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Science & Technology Park in Zlín
Valenta, Peter ; Svoboda, Jiří (referee) ; Zemánková, Helena (advisor)
The Moravian town of Zlin has now dual look: It is not only historical important architectural monument, but it is also dynamic town with vital public and bussiness life and University of Tomas Baťa. The factory covers important architectural and spiritual heritage, which is even today everywhere visible. Designed science-technical park is situated in Zlin, in previous Baťa´s factory, in the place of late swimming pool for employee. Manufactory is typical of its urbanistic solution. Location of science-technical park is on the border line of the “new“ and “old“ centre of Zlin and shakeups inauguration centre-line of previous factory.
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Carcenter VW Group
Lyčková, Kateřina ; Svoboda, Jiří (referee) ; Nový, Alois (advisor) ; Skála, Jiří (advisor)
This Bachelor’s thesis deals with a new building of Carcenter VW Group in the south of the city Brno, in a city part Brněnské Ivanovice, on Kaštanová Street. The plot is recognized as Brownfield under the number 0201 by the Brno City Council. It has a triangular shape with area of 1.3 hectares and it is oriented to the north-south direction. From the east it is bordered by a protective belt of the river Svitava. The land is located in an industrial zone, thus surrounding buildings are of commercial, administrative and industrial use. The building of carcenter is situated perpendicular to the southern boundary, with its long sides on the east and west. The access into the area of the building is designed from the road on Kaštanová Street. Urban solution allows independent use of a showroom and a service warehouse. There are designated separate parking areas for the needs of individual operations of both parts. The building is designed to meet the requirements of the service carcenter VW Group. It will serve as a showcase and a selling point of cars of Volkswagen, Škoda, Audi, and Seat as well as a service and spare parts stock shop.
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Technical viscous curve for injection molding
Hejkalová, Anna ; Svoboda, Jan (referee) ; Kandus, Bohumil (advisor)
Injection molding is highly dependent on flow qualities of plastics. The bachelor thesis compares the conventional measurement of their rheological attributes with the method of injection molding to the technical viscous curve. This method enables to determine the optimum injection rate at which injection resistance does not allow significant improvement of the melt’s flow attributes, on the contrary increases the energy consumption of the process. At the same time, the thesis tries to prove the advantage of this method.
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Meteorological Station with Remote Access
Svoboda, Josef ; Číž, Radim (referee) ; Sysel, Petr (advisor)
This thesis discusses design and realization of air temperature, pressure and relative humidity measuring device, transmission of measured data over internet and their presentation on a web site. First chapter introduces reader into principles of measuring air temperature, pressure and relative humidity and various types of sensors used for measuring . Next, the conception of designed system is described. Designed system must accomplish tasks from reading raw data from the sensor up to thein graphical presentation to the internet user. Second and third chapter describes hardware and software design of air temperature, pressure and relative humidity measuring unit. In next part one can find description of software used to transmit measured data over internet and software for generating web pages which are shown to users. The work is revieved in the final part of this thesis.
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Fabrication and calibration of thermocouples
Balák, Martin ; Svoboda, Josef (referee) ; Foral, Štěpán (advisor)
This thesis is focused on the creation of laboratory task. The first part describes the operating principle of the thermocouple and according to which the physical laws are working. The thesis also shows the main categories of the division of thermocouple. Next chapter explains the composition of thermocouple welder, its main components and how the process of welding thermocouple wire is under way. The last chapter of the theoretical part is focused on the calibration of thermocouples. This chapter explains what the calibration is and it also shows the examples of calibration on real devices. The first part of the practical section describes the construction of the laboratory product and what materials were used for the given construction. The following part deals with the electrical interior of the thermocouple welder. Electrical diagram is described and there is also the description of how to direct and regulate the supply voltage and how it reaches the clamps of the capacitor. Its charging is observed by measuring instrument (voltmeter). The thesis works with the proper welding procedure, its potential problems, and the correct method of welding because the weld must be in sufficient quality in order to pass the calibration. This work also shows how the welds should not look and what to do in case they do not look well. The second part of the practical section deals with the comparison of welded thermocouples tested on produced product and on SR80 UWO. The three pieces of thermocouples were welded on each of them. Their following comparison is the proof of the quality of the welding preparation. The last part of the second practical part is focused on the calibration of the thermocouple prepared thanks to the product.
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Alternative sources of nuclear energy
Svoboda, Josef ; Zlámal, Ondřej (referee) ; Katovský, Karel (advisor)
In places where it is not possible to use conventional production and distribution of energy, autonomous sources take over. Most of autonomous sources use solar energy, wind energy and other renewable resources. For applications such as special missions into outer space the usage of conventional sources is not possible. Except for powering special satellites, unconventional nuclear sources are also used in autonomous unmanned objects located in distanced areas with extreme natural conditions. It is also used in unusual propulsions of ground, water and air machine. These vehicles are for example pacemaker powered by radioisotope source, submarines, aircrafts and other vehicles supplied by nuclear reactor of unconventional conception. In this bachelor thesis there are globally summarized questions connected with unconventional sources of nuclear energy with detailed description of chosen parts. This work is concerned with finding more efficient machinery for conversion of heat energy supplied by radioisotope decay to electric energy.
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