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Construction parts and Elements of the of Large transport aircraft Fuselage structure
Zubaľ, Filip ; Dubnický, Lukáš (referee) ; Juračka, Jaroslav (advisor)
Fuselage design is an area of aerospace engineering that combines aerodynamics with mechanical and material engineering. Many factors affect the construction and design of the fuselage. The bachelor thesis is focused on the processing and systematic ordering of individual structural units used in large transport aircraft. It points out the diversity of individual structural nodes in the design of the aircraft. The work is divided according to sections of the fuselage, where the specific design solutions for the node are then discussed. At the end of the work, I present a comparison of the two most famous competing aircraft models of Airbus and Boeing company. I pointed out the individual combinations of structural elements. Compared data are processed using tables and schematic figures. The bachelor thesis was also translated into a form of presentation intended for educational purposes.
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Price calculation of revolving material
Černý, Lukáš ; Výskala, Miloš (referee) ; Aigel, Petr (advisor)
The subjekt of bachelor thesis Calculation of station basis material is to analyze the cost of the material station basis. This thesis deals with variants of whether the material station basis, specifically scaffolding, better to own or rent it. There is evaluated, how many rotations are needed to make the investment back. The thesis analyzes and shows who belongs profit of calculation.
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Cost analysis of revolving material
Janás, Patrik ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
Goal of bachelor thesis, Cost analysis of revolving material, is to execute analysis of materials focused on revolving materials. Theoretical part includes calculation of costs and description of individual revolving materials. In practical part are described factors affecting cost of rent, construction and deconstruction of formwork.
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Construction parts and Elements of the of Large transport aircraft Fuselage structure
Zubaľ, Filip ; Dubnický, Lukáš (referee) ; Juračka, Jaroslav (advisor)
Fuselage design is an area of aerospace engineering that combines aerodynamics with mechanical and material engineering. Many factors affect the construction and design of the fuselage. The bachelor thesis is focused on the processing and systematic ordering of individual structural units used in large transport aircraft. It points out the diversity of individual structural nodes in the design of the aircraft. The work is divided according to sections of the fuselage, where the specific design solutions for the node are then discussed. At the end of the work, I present a comparison of the two most famous competing aircraft models of Airbus and Boeing company. I pointed out the individual combinations of structural elements. Compared data are processed using tables and schematic figures. The bachelor thesis was also translated into a form of presentation intended for educational purposes.
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Cost analysis of revolving material
Janás, Patrik ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
Goal of bachelor thesis, Cost analysis of revolving material, is to execute analysis of materials focused on revolving materials. Theoretical part includes calculation of costs and description of individual revolving materials. In practical part are described factors affecting cost of rent, construction and deconstruction of formwork.
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Price calculation of revolving material
Černý, Lukáš ; Výskala, Miloš (referee) ; Aigel, Petr (advisor)
The subjekt of bachelor thesis Calculation of station basis material is to analyze the cost of the material station basis. This thesis deals with variants of whether the material station basis, specifically scaffolding, better to own or rent it. There is evaluated, how many rotations are needed to make the investment back. The thesis analyzes and shows who belongs profit of calculation.
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