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Input data for municipal waste collection routes optimization
Kulich, Marek ; Nevrlý, Vlastimír (referee) ; Pavlas, Martin (advisor)
The aim of the thesis is to describe the systems of collection of separated waste as well as collection monitoring, which includes identification of containers, sensors and data transfer. The data is then summarized and analyzed for use in the optimization software that uses advanced ARP models. The practical part is devoted to the analysis of real data sets. On selected geographical area are determined the parameters of waste, the plan of the collection routes and their evaluation. The use of local infrastructure will be then shown by cartographic representations of the routes in the maps.
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Gas heat pump
Kulich, Marek ; Charvát, Pavel (referee) ; Hejčík, Jiří (advisor)
This bachelor thesis, in the theoretical section, explains the principle of functionality of heat pumps, their efficiency and distribution by type of circulation and heat source. The next part is devoted to technical research of comercially available gas heat pumps that are, in the calculation part, compared with electrical heat pump and with gas condensing boiler according to their energy efficiency.
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Connecting Knots and Their Influence on the Breaking Strength of Dynamic Rope
Komorous, Miroslav ; Vomáčko, Ladislav (advisor) ; Kulich, Marek (referee)
Title: Connecting Knots and Their Influence on the Breaking Strength of Dynamic Rope Aims Aim of the work is to find out the breaking strength of dynamic rope and the influence of connecting knots on the decrease of its breaking strength. Method: We use the method of testing maximum weighting of dynamic ropes. Measurement was done on a horizontal tearing machine in the Strojirensky zkusebni ustav in Jablonec nad Nisou. Results: Bigger breaking strength achieved the rope Beal Buster. It was 23.61 kN. The rope Beal Booster achieved the breaking strength 18.46 kN. The difference between these ropes is 5.5 kN. We recommend the eight knot as a connecting knot for the rope Unicore, whose breaking strength was 15.4 kN. This knot decreased the breaking strength of the rope at least. We found out the nine knot as the most sufficent knot for the ropes Beal Booster. Its breaking strength was 15.58 kN. Key word: dynamic rope, connecting knot, knot, breaking strength
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Input data for municipal waste collection routes optimization
Kulich, Marek ; Nevrlý, Vlastimír (referee) ; Pavlas, Martin (advisor)
The aim of the thesis is to describe the systems of collection of separated waste as well as collection monitoring, which includes identification of containers, sensors and data transfer. The data is then summarized and analyzed for use in the optimization software that uses advanced ARP models. The practical part is devoted to the analysis of real data sets. On selected geographical area are determined the parameters of waste, the plan of the collection routes and their evaluation. The use of local infrastructure will be then shown by cartographic representations of the routes in the maps.
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Connecting Knots and Their Influence on the Breaking Strength of Dynamic Rope
Komorous, Miroslav ; Vomáčko, Ladislav (advisor) ; Kulich, Marek (referee)
Title: Connecting Knots and Their Influence on the Breaking Strength of Dynamic Rope Aims Aim of the work is to find out the breaking strength of dynamic rope and the influence of connecting knots on the decrease of its breaking strength. Method: We use the method of testing maximum weighting of dynamic ropes. Measurement was done on a horizontal tearing machine in the Strojirensky zkusebni ustav in Jablonec nad Nisou. Results: Bigger breaking strength achieved the rope Beal Buster. It was 23.61 kN. The rope Beal Booster achieved the breaking strength 18.46 kN. The difference between these ropes is 5.5 kN. We recommend the eight knot as a connecting knot for the rope Unicore, whose breaking strength was 15.4 kN. This knot decreased the breaking strength of the rope at least. We found out the nine knot as the most sufficent knot for the ropes Beal Booster. Its breaking strength was 15.58 kN. Key word: dynamic rope, connecting knot, knot, breaking strength
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Gas heat pump
Kulich, Marek ; Charvát, Pavel (referee) ; Hejčík, Jiří (advisor)
This bachelor thesis, in the theoretical section, explains the principle of functionality of heat pumps, their efficiency and distribution by type of circulation and heat source. The next part is devoted to technical research of comercially available gas heat pumps that are, in the calculation part, compared with electrical heat pump and with gas condensing boiler according to their energy efficiency.
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