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Cycle traces of Nature park Džbán
Štekl, Martin ; Šafránek, Jiří (advisor) ; Drobný, Tomáš (referee)
title Cycle traces of Nature park pitcher. The aim of the work The aim is to optimize the cycling infrastructure in the Natural Park Jug. A method The thesis is elaborated research method of comparison analyzed Data selected natural parks of the Czech Republic with a defined territory Naturopathy Pitcher Park. It was also used method of unstructured observation, in the form of polls among the population of the site and determine the state interest in the issue involved entities. Then processing of results was a proposal that has been validated demonstrations. results The result of this work is the finding that cycling at least in the eastern half The pitcher has a natural park in the near future justified his place. Another the result is treated by a certified Master Plan of bike paths own information running traditional conception of stimulating an increase in the experience of wandering through the countryside. Keywords Cycling, biking, bike trail, park, Pitcher, GPS. Powered by TCPDF (www.tcpdf.org)
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Napjatostní analýza kyčelního kloubu s povrchovou náhradou - simulace chůze
Návrat, Tomáš ; Florian, Z. ; Fuis, Vladimír ; Štekl, M.
In the works dealing with computational hip join modelling, published on this subject in the past, the hip's loading is modelled so as to correspond to standing on one lower limb. At this standing, man remains symmetric at the considered level of resolution, and the force of gravity is identical with the body's axis. We consider the standing because man at walking always stands on one lower limb, and we suppose that, at this standing, in the hip joint there develops a maximum force (we do not suppose rapid walking or shock load). Since the computational models presented up to now consider the standing on one lower limb, it was decided to test computational modelling of even the step' next phase. The problem was formulated as follows: to make a strain-stress analysis of the hip joint with applied surface prosthesis for various phases of the step.
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