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MultiCopter Design
Picek, Matěj ; Pelikán, Petr (referee) ; Zdařil, Zdeněk (advisor)
In my work, I focused on the design of an electric multicopter for common and advanced users. The main objective was to bring a simple practical solution to the dron, which will correspond to the current functional and aesthetic standards of industrial design in the aircraft industry. Whole concept of the dron is designed to be as user-friendly as possible. Thanks to its simplicity, small dimensions and dron structure, it takes a minimal transport space and is almost instantly ready for use.
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Design of lookout airship
Ondra, Martin ; Paliatka, Peter (referee) ; Zvonek, Miroslav (advisor)
Diploma thesis concerns with design of a lookout airship. The work tries to find a solution to a problem, how to connect technology, ergonomics and aesthetics into design of new product. Analysis of complete dilemma leads to a new design of an airship, which should become a valuable aircraft for transporting passangers, travelling and flying untraditional sightseeing flights
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Aerial platform for flight time measurements
Schneider, Tibor ; Dvořák, Jan (referee) ; Pokorný, Jiří (advisor)
The bachelor thesis elaborates on creating a mathematical model and realisation of a flying platform. Consequently, it compares results from the mathematical model which simulates flight duration with results which were measured with constructed flying platform. In the first part of the thesis, flying platforms are introduced and also the usability range and what types exist. Matlab was chosen as a language to create the script. In the second part, principle of the matematical model is explained, graphs which explain power influence in UAV movement are presented. There are time dependences of hovering time on different UAV weight, flight distance or outside environment temperature. In the end, there is final comparison of theoretical calculations with measured time values. According to the calculations and measurments, it is more optimal to fly with a speed of 4m/s rather than 1m/s. According to the calculations, distance of 1000m was on the limit, therefore, the measurments were conducted within the range of 600m.
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Aerial platform for flight time measurements
Schneider, Tibor ; Dvořák, Jan (referee) ; Pokorný, Jiří (advisor)
The bachelor thesis elaborates on creating a mathematical model and realisation of a flying platform. Consequently, it compares results from the mathematical model which simulates flight duration with results which were measured with constructed flying platform. In the first part of the thesis, flying platforms are introduced and also the usability range and what types exist. Matlab was chosen as a language to create the script. In the second part, principle of the matematical model is explained, graphs which explain power influence in UAV movement are presented. There are time dependences of hovering time on different UAV weight, flight distance or outside environment temperature. In the end, there is final comparison of theoretical calculations with measured time values. According to the calculations and measurments, it is more optimal to fly with a speed of 4m/s rather than 1m/s. According to the calculations, distance of 1000m was on the limit, therefore, the measurments were conducted within the range of 600m.
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MultiCopter Design
Picek, Matěj ; Pelikán, Petr (referee) ; Zdařil, Zdeněk (advisor)
In my work, I focused on the design of an electric multicopter for common and advanced users. The main objective was to bring a simple practical solution to the dron, which will correspond to the current functional and aesthetic standards of industrial design in the aircraft industry. Whole concept of the dron is designed to be as user-friendly as possible. Thanks to its simplicity, small dimensions and dron structure, it takes a minimal transport space and is almost instantly ready for use.
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Development Gothic supporting system
Mikeska, Pavel ; Sojka, Jaroslav (advisor) ; Záruba, František (referee)
The diploma thesis deals with the development of Gothic supporting system. In particular, chronologically arranged chapters are given examples of individual buildings, which are grouped into chapters according to their geographical location. Starting with the first supporting systems, as well as the Gothic style in France, we come to the spread of new ideas into neighboring countries such as England, Italy, the Netherlands, Germany and the Czech Republic. Next chapter is devoted to the supreme form of the support system using the example of the cathedral in Amiens and Cologne. Whole work closes chapter devoted to St. Vitus Cathedral, as a leading work of Peter Parler with a detailed description of the support system of the high choir and transept. Keywords Gothic, architecture, evolution, flying, buttress, cathedrale, kostel, Peter, Parler
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Design of lookout airship
Ondra, Martin ; Paliatka, Peter (referee) ; Zvonek, Miroslav (advisor)
Diploma thesis concerns with design of a lookout airship. The work tries to find a solution to a problem, how to connect technology, ergonomics and aesthetics into design of new product. Analysis of complete dilemma leads to a new design of an airship, which should become a valuable aircraft for transporting passangers, travelling and flying untraditional sightseeing flights
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