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Proposal of the thermo-vacuum chamber for CubeSat testing
Jalůvka, Jiří ; Mašek, Jakub (referee) ; Lazar, Václav (advisor)
The thesis focuses on the development of thermo-vacuum chambers for CubeSat measurements. It presents a survey of thermo-vacuum chambers in the Czech Republic. Furthermore, it defines the requirements for CubeSat thermo-vacuum testing. Based on these requirements, a comparison is made between the existing chamber at the Aerospace Institute of VUT and several proposed solutions for individual challenges. Specifically, three innovative approaches to chamber entry, thermal systems, and satellite fixation within the chamber are suggested. The thesis not only describes the desired configuration of a thermovacuum chamber with all its systems but also provides concrete proposals for optimizing the existing chamber at the Aerospace Institute to enable successful CubeSat testing.
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Communication Mix of a Specific Product
Morkesová, Zuzana ; Kaňovská, Lucie (referee) ; Mráček, Pavel (advisor)
The thesis deals with the communication mix for a specific programme focused on space technology. The thesis specifies the theoretical knowledge in the field of marketing communication in general as well as the specifics of marketing communication for universities. The analytical part focuses on competition within Europe, semi-structured interviews with current students of the programme and then an interview with the manager of the Brno Space Cluster, a group of companies operating within the Brno space industry. Based on the analysis, a communication mix for the programme is proposed and a communication manual for the Space Application programme is placed at the very end of the thesis.
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Passive heat dissipation using carbon-based material
Genco, Ondřej ; Brázdil, Marian (referee) ; Pospíšil, Jiří (advisor)
The content of the diploma thesis is evaluation of the usability of carbon composites in the space industry. The aim of this work is to assess whether carbon composites can find application in mechanical systems of passive thermal protection of artificial objects. Model examples demonstrate the principle of operation of selected passive thermal protection. The evaluation is realized based on the results of thermal analysis. Analytical formulas from field theory of heat transfer are used as a calculation method. The diploma thesis consists from two parts. The theoretical part briefly describes the mechanisms of heat transfer, selected types of passive thermal protection and properties and applications of carbon composites. The practical part consists of the assignment, calculation and evaluation of three examples. The results show that carbon composites can compete with commonly used materials for specific requirements.
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Communication Mix of a Specific Product
Morkesová, Zuzana ; Kaňovská, Lucie (referee) ; Mráček, Pavel (advisor)
The thesis deals with the communication mix for a specific programme focused on space technology. The thesis specifies the theoretical knowledge in the field of marketing communication in general as well as the specifics of marketing communication for universities. The analytical part focuses on competition within Europe, semi-structured interviews with current students of the programme and then an interview with the manager of the Brno Space Cluster, a group of companies operating within the Brno space industry. Based on the analysis, a communication mix for the programme is proposed and a communication manual for the Space Application programme is placed at the very end of the thesis.
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Proposal of the thermo-vacuum chamber for CubeSat testing
Jalůvka, Jiří ; Mašek, Jakub (referee) ; Lazar, Václav (advisor)
The thesis focuses on the development of thermo-vacuum chambers for CubeSat measurements. It presents a survey of thermo-vacuum chambers in the Czech Republic. Furthermore, it defines the requirements for CubeSat thermo-vacuum testing. Based on these requirements, a comparison is made between the existing chamber at the Aerospace Institute of VUT and several proposed solutions for individual challenges. Specifically, three innovative approaches to chamber entry, thermal systems, and satellite fixation within the chamber are suggested. The thesis not only describes the desired configuration of a thermovacuum chamber with all its systems but also provides concrete proposals for optimizing the existing chamber at the Aerospace Institute to enable successful CubeSat testing.
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Passive heat dissipation using carbon-based material
Genco, Ondřej ; Brázdil, Marian (referee) ; Pospíšil, Jiří (advisor)
The content of the diploma thesis is evaluation of the usability of carbon composites in the space industry. The aim of this work is to assess whether carbon composites can find application in mechanical systems of passive thermal protection of artificial objects. Model examples demonstrate the principle of operation of selected passive thermal protection. The evaluation is realized based on the results of thermal analysis. Analytical formulas from field theory of heat transfer are used as a calculation method. The diploma thesis consists from two parts. The theoretical part briefly describes the mechanisms of heat transfer, selected types of passive thermal protection and properties and applications of carbon composites. The practical part consists of the assignment, calculation and evaluation of three examples. The results show that carbon composites can compete with commonly used materials for specific requirements.
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Involvement of the Czech companies in the space exploration
Kuneš, Michal ; Hartman, Ladislav (advisor) ; Cejthamr, Václav (referee)
This bachelor thesis is about the space exploration and the space industry in the Czech Republic from the view of companies. First part summarise the importance of space exploration. The second part of my thesis is focused on space exploration and industry in the Czech Republic and involvement of the Czech Republic in ESA. At the conclusion there is analysis of the answers to my questionnaires about space exploration and industry.
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