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RLXY
Sedláček, Tomáš ; Suchánek, Jiří (referee) ; Krekovič, Slavomír (advisor)
The project is conceived as audiovisual performance using own author´s software. The project is focused on experiments with transfer of three-dimensional data, two-dimensional image into the sound and on the contrary. The goal of the project is to explore medium itself and to find new solutions.
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Remote Nature
Richtr, Pavel ; Suchánek, Jiří (referee) ; Krekovič, Slavomír (advisor)
In my thesis I deal with the interactivity between the weather and the virtual model, whose main output is sound. I'm trying to create generative installation where reacts virtua oraganism with real environment and generates signals that can be interpreted in a sound to explore the aesthetic relations of that connection.
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Insulation
Richtr, Pavel ; Suchánek, Jiří (referee) ; Filip, Stanislav (advisor)
Interactive FM transmiter, interactive instalation - radioart. Independent radio broadcasting with three chanels. Broadcasting generated sound based - made by simply analog D.I.Y.syth, witch is reacting on weather - rain, wind, sunshining, temperatue.
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Vizual Representaion of Selected Electronic Music Styles
Chlebus, Jiří ; Suchánek, Jiří (referee) ; Houf, Václav (advisor)
This work is the result of the transfer of the author's musical experiences, perceptions and ideas to a static visual form. Selected electronic music styles like Dubstep, Breakbeat, Drumandbass, Trance, Techno, Psytrance have some typical characters that the author tries to capture in visual form. The result is a set of computer work that represent the musical styles and express the author's visual ideas that gets through the listening of the musical styles.
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Territorial polarity of socio-economic differentiation in Czechia
SUCHÁNEK, Jonáš
This bachelor thesis focuses on the territorial polarization of socio-economic differentiation in Czechia, which is determined by a spatial analysis of previously selected indicators, such as gross domestic product, unemployment rate or religiosity. These indicators are analysed, studied and divided into three individual groups (economic, social and other), differentiated by their own attributes. The main goal is to identify and define determinants and causalities, that made the formation of a certain territoral polarization possible. After a thorough syntesis, all regions are seperated into either a more developed or less developed section.
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Simulation and Evaluation of the UHMWPE Surface Wear
Franta, L. ; Jeníková, Z. ; Sieber, D. ; Synková, Hana ; Pražák, Josef ; Suchánek, J.
The goal of this research project is to increase the lifetime of total knee joint replacement. Therefore the “In vitro“ simulation of realistic physiological conditions is important. For the knee joint replacement experiments, a KKK ELO 98001 simulator is used. The simulator enables the combination of rolling and sliding motion of replacement components with sinusoidal loading. During the experiment, a considerable amount of wear particles of the UHMWPE component is produced and the friction surfaces are irreversibly changed. Initially, the irregularities of tibia component are smoothed. Consequently, large amounts of UHMWPE wear are released. The surface changes of specimens were evaluated.
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UHMWPE failure in knee joint component
Franta, L. ; Jeníková, Z. ; Pražák, Josef ; Suchánek, J.
A simulation of realistic tribologic conditions in tests “in vitro”contributes significantly to the research in the field of joint replacements. Motion under low relative velocities of friction surfaces of knee joint replacements is studied. The simulator enabled combination of rolling and sliding motion of replacement components. During the experiment, numerous debris of UHMWPE component ares produced and the friction surface is irreversibly changed. Initially, the irregularities of tibial component are smoothed. Consequently, large amount of UHMWPE debris is released. Specimens were loaded for 15.105 cycles with dry or distilled water lubrication. The surface changes of specimens were evaluated.
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Simulace a vyhodnocování otěrových procesů pro UHMPE elementů náhrady kolenního kloubu
Franta, L. ; Jeníková, Z. ; Sieber, D. ; Synková, Hana ; Pražák, Josef ; Suchánek, J.
The demands on artificial knee joint replacement are steadily increasing. Major motivation of this research project, is to increase the lifetime of present prosthesis designs .The main problem of the commonly used UHMWPE / Steel–Implants is the appearance of polyethylene wear which leads to aseptic loosening and therefore to long-term prosthesis failing. In vitro simulations can be an important instrument to predict the wear behavior of new prosthesis designs and materials. ISO 14243 has been developed to obtain comparable results testing on different in vitro simulators. The aim of this study is to verify, how the simplifications made by the in-vitro simulations influence the simulation results and how today’s prosthesis testing can be made more realistic.
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