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Gmont Cable Brno
Valešová, Kateřina ; Vostrejž, Dušan (referee) ; Boleslavská, Yvona (advisor)
Bachelor's thesis dealing with new building of factory the GMONT CABLE. Earlier study in the subject AG33 gave form to the following bachelor´s thesis which further develops the study into level of Building permission design and Documentation for execution of the project. The proposed building is located in Brno in the Slatina district at Tuřanka 115. The plot is located on relatively flat terrain, on the south-eastern side there is a gradual change in elevation by 3 meters. There is a terrain break on the northeastern boundary of the site with an elevation change of 3 metres as well. The elevation of the site is around 234.7 m above sea level. Only the northwestern part of the site has been used for the proposed development, the remaining part of the site is earmarked for further potential development. The property consists of a two-storey office building, two production halls and a warehouse area. The whole building is unbasement. The entire building is designed as a skeleton, the administrative part is reinforced concrete, and the production halls and warehouse are steel. The administrative part is based on reinforced concrete footings. The administrative section is approximately L-shaped and is located at the front of the property. The ceilings of the administrative section are executed in front of the facade. The large windows located on the façade are screened by wooden slats. The façade is plastered with white paint. The production halls and the warehouse are clad with white façade panels and the joints of these panels are covered with wooden elements.
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Biodegradation of a new type of polyurethane using various soil substrates
Valešová, Kateřina ; Innemanová, Petra (advisor) ; Cajthaml, Tomáš (referee)
Newly developed fully aliphatic polyurethane (PUR) for agriculture applications was exposed to aerobic biodegradation in soil (ASTM D5988-18) and in modification of this method also in standardized soil which is commonly used for ecotoxicological tests. Biodegradability was assessed by measuring released CO2 during the mineralization of the test material. PUR in the natural soil (according to D5988-18) reached 43 ± 15,0% mineralization and in the standardized soil 28 ± 9,9 %. Leachates of both types of soils containing PUR (and leachates of positive controls containing cellulose and negative controls containing pure soil) were tested for ecotoxicity with a marine bacteria Vibrio fischeri after the half-year biodegradation test. The biotest was performed because of the suspicion of toxic effect of dibutyltin dilaurate, which was used as a catalyst within the PUR production. Furthermore, a reduced biodegradation experiment in two variants was carried out (with higher amount of PUR and a corresponding amount of the pure catalyst) in the standardized soil and then the leachates were tested for the ecotoxicity as well. None of the leachates showed ecotoxic effects. A PLFA analysis was performed in addition to the biotest to examine a potential impact of PUR on a microbial diversity (compared to the...
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Use of S-E-T koncept in lower back pain therapy
Valešová, Kateřina ; Táborská, Silvie (advisor) ; Kotýnková, Martina (referee)
Vertebrogenic complaints are problems in which the spine is the main pathogenetic factor. Lower back pain is one of the most common reasons for doctor's visits, and as it mainly affects people of working age and so has a high socio-economic impact. Rest, medication, physiotherapy, surgical and spa treatment are all used in the treatment of these problems. The subject of my thesis will be physiotherapy using Redcord, which is an S-ET concept therapeutic device. Redcord is a system using suspended cords and a history dating back to 1991. Physiotherapists and doctors in Norway participated in the development of the S-E-T concept. It is a new approach to active treatment and patient exercise. It is a concept with a variety of rehabilitative and training objectives such as training for strength, stability and muscular control. I have successfully used the S-E-T concept with two patients with vertebrogenic problems, and provide a detailed description of this in the practical section of this thesis.
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