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Design of roundabout I/35, I/57 and II/150 with strong left-turn
Mahdal, Jan ; Malina, Tomáš (referee) ; Křivda,, Vladislav (referee) ; Smělý, Martin (advisor)
The diploma thesis is focused on insufficient capacity problem of roundabout I/35, I/57 and II/150 in the Valašské Meziříčí town. It is based on engineering survey according to which three possible models are designed. Capacity assesment is made on each of these models. Throug the evaluation is selected the most suitable design of turbo roundabout type "knee", which is technically processed and substantiated by text and drawing documentation.
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The second phase shifting I/9 Dubice - Dolni Libchava
Belda, Miroslav ; Jíra, Daniel (referee) ; Kosňovský, Michal (advisor)
Master's thesis will deal with the second phase of shifting I/9 Dubice - Dolni Libchava passing west of the Ceska Lipa with an approximate length of 3 km stretch. Estimated start-up of this section is in 2014. This project should build on in the future by-pass Ceska Lipa and Novy Bor, which is currently without funds for implementation by 2025. Traffic load after completion of the by-pass should be approximately 16500 vehicles / 24 hours in 2030. The section is designed in the category S 9.5 with optional solving two major intersections. This thesis will focus on reducing the cost of construction of the section.
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Road II/150 Domaželice - Bystřice p. Hostýnem - relocation study
Feichtinger, Lukáš ; Smítal, Petr (referee) ; Holcner, Petr (advisor)
The aim of the diploma‘s thesis is the project of relaying of road II/150 between Domaželice village and the town of Bystřice pod Hostýnem. The road continues on to the bypass of Čechy village and Domaželice village. This bypass is under construction at this time. Relaying of road II/150 is connected on project of Bystřice pod Hostýnem bypass. The connection of the existing and intended roads is designed. The project includes the accompanying report, the drawing part and the photodocumentation. The project is drawning up in two programs called Bentley Inroads and AutoCAD according to valid standards.
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Study of R43/ I/43 Grade Separated Junction
Libichová, Jana ; Janda, Michal (referee) ; Radimský, Michal (advisor)
Aim of this Master´s thesis is the road adjustment and design of new grade separated junction highway R43 and road I/43,of Černá Hora – Svitávka and to design optimal distribution of transport hubs including the design II/150 and III/37429, which should be connected with existing roads.The adjustment of the routes will be designed in the necessary extent with the optimal distribution of transport hubs regarding the best transport and economical solution and with minimal impact on the enviroment.
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Teplice, Bílinská st. - roundabout design
Chladný, Miroslav ; Veselý, Miloš (referee) ; Radimský, Michal (advisor)
The aim of my master´s thesis is to design documentation, at the level of study, for roundabout. The area of interest is defined by the crossroad of Lounská, Americká, Bílinská streets and the conection of existing road I/13 . This is the crossroad of local roads, which are functional group C-serving with the serving function. The aim of conversion of existing crossroad on the roundabout is to calm and clarify the traffic in the locality. There are also designed comunications for pedestrians in the locality. The study is solved in two variant of conection to existing road I/13.
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Sloup - Residential Zone Design
Kocman, Jan ; Matuszková, Radka (referee) ; Radimský, Michal (advisor)
Bachelor thesis focuses on north part of Sloup village, the main target is to design residential area. Site plan and site plan of road signs were designed for each of four variants. The crosssections fit to all variants which were designed. Two variants were chosen as the best ones, based on multicriteria evaluation. The more detailed site plan, longitudinal profile were processed for the two best variants.
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Study of organosilicone fragmentation in plasma
Sahánková, Hana ; Studýnka, Jan (referee) ; Krčma, František (advisor)
This Bachelor Thesis deals on the study of organosilicone monomers in plasma. The dimethylphenylsilane (DMPS) was chosen as the organosilicone example. The theoretical part gives basic overview of plasmachemical processes and technologies used in present world. Some part is reserved for the description of plasma diagnostic basic methods as optical emission spectroscopy and mass spectroscopy. The experimental part is constituted from two different experiments. The first one was done as model experiment of DMPS fragmentation by electron beam of exact energy and it was completed at Faculty of Mathematics, Physics and Informatics in Bratislava. Results of these experiments brought a set of electron energies needed for the creation of various ionic fragments from the original molecule as well as the cross sections for their creation. The second part of the experiments was carried out under the inductively coupled RF low pressure plasma conditions during the deposition of DMPS based thin films. The plasma was monitored by optical emission spectroscopy at different discharge power. Various species were identified in the spectra. The calculation of plasma parameters and their comparision with the model experiment data will be subjects of the further work.
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Tracing and surveying of accidental changes of the river bed of Ostřice.
KUBÁT, Michal
The work is focused on monitoring and detail survey of eventual changes in Ostřice river bed in Horní Planá cadastre area. It was done in two phases in different seasons. The work objective is to outline and secure position of cross sections on the sides of the river polygon, followed by their survey. The work consists of two sections {--} theoretical and practical. The theoretical section first explains establishment of a dot field by geodetic points. This is followed by description of a detail dot field, requirements for the individual points, methods of their survey, detail mapping of these points as well as establishment of water stream lengthwise sections and cross sections. The practical part includes characteristics of the surveyed location. In addition there is description of preparatory work, necessary for land survey and the survey itself, using both existing and newly established points of the dot field. At the end there is explanation of auxiliary and detail points calculation and method of their graphic processing. The conclusion includes assessment of changes between April and August surveys of the subject territory.
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