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The Landing Gear design for RAPID 600 aircraft
Chren, Tibor ; Hlinka, Jiří (oponent) ; Píštěk, Antonín (vedoucí práce)
This diploma thesis deals with design of retractable landing gear for Rapid 600 aircraft. The main purpose of this thesis is to analyze different retraction options for front and main landing gear and resulting selection of suitable variants. The thesis is consequently concerned with design of selected options including proposal of automatic landing gear control system and specifying the features and characteristics of this system. In the thesis there is also included the analysis of critical flight conditions which could be detected by this system.
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Optical digitizing systems
Chren, Tibor ; Paloušek, David (oponent) ; Koutný, Daniel (vedoucí práce)
This thesis describes various optical systems which are used in reverse engineering and have to present basic review of systems for digitalization with main focus on optical scanners. At first, the brief summary of development in 3D scanner field is presented. In next part of the work are introduced basic techniques of getting the third dimension. Work also divides 3D scanners by the different aspects. At the end of the work, the possible use of 3D scanners is discussed.
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The Landing Gear design for RAPID 600 aircraft
Chren, Tibor ; Hlinka, Jiří (oponent) ; Píštěk, Antonín (vedoucí práce)
This diploma thesis deals with design of retractable landing gear for Rapid 600 aircraft. The main purpose of this thesis is to analyze different retraction options for front and main landing gear and resulting selection of suitable variants. The thesis is consequently concerned with design of selected options including proposal of automatic landing gear control system and specifying the features and characteristics of this system. In the thesis there is also included the analysis of critical flight conditions which could be detected by this system.
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Optical digitizing systems
Chren, Tibor ; Paloušek, David (oponent) ; Koutný, Daniel (vedoucí práce)
This thesis describes various optical systems which are used in reverse engineering and have to present basic review of systems for digitalization with main focus on optical scanners. At first, the brief summary of development in 3D scanner field is presented. In next part of the work are introduced basic techniques of getting the third dimension. Work also divides 3D scanners by the different aspects. At the end of the work, the possible use of 3D scanners is discussed.
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