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Rotor design of a Line-Start Synchronous Reluctance Machine for Industrial Applications
Žíla, Jakub ; Knebl, Ladislav (referee) ; Bárta, Jan (advisor)
This diploma thesis deals with design of rotor of synchronous reluctance machines. There is a theoretical description of rotor geometry of synchronous reluctance machine that respects natural flow of magnetic flux inside complete rotor. The parametric model of rotor is made with usage of ANSYS Maxwell and Matlab software. Furthermore, the parameters of the machines are confirmed using the same program. Finally, changes of motor parameters are observed in connection with different rotor geometries.
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Virtual blackboard
Smyček, Libor ; Švub, Miroslav (referee) ; Štancl, Vít (advisor)
This thesis deals with graphic information processing methods in relation to drawing application. It also defines theorems for geometric primitives operations on plane. The second part includes analysis and implementation of vitrual blackboard for usage at elementary and hight schools.
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Design of formula SAE front axle
Honzík, Tomáš ; Blaťák, Ondřej (referee) ; Porteš, Petr (advisor)
My thesis will be aimed at front axle design. I am going to design the assembly of the front axle in the program ADAMS by MSC. I am going to observe and record most of cinematic changes of the car such as change of position of vehicle roll centre ,wheel camber, geometry adjustment , wheel toe-in measuring and other necessary data. The final report is going to include strength calculation of particular axle parts. I am also going to solve the axle stabilizer including strength calculation.
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Kinematics analysis of race car suspension
Jurka, Adam ; Blaťák, Ondřej (referee) ; Hejtmánek, Petr (advisor)
This bachelor thesis is aimed on kinematic analysis of the race car suspension. In the first part of the thesis geometry parameters of suspension and their influence on driving behavior are explained. Additionally measuring methods of suspension geometry and their use in real life applications are described. Then kinematic points of the race car Peugeot 208 R2 are found and measured using 3D optical method. For better evaluation of measured data virtual model of each axle is created in Adams Car simulation software. After that kinematic analysis is performed. This analysis describes change of parameters in car suspension depending on wheel trajectory. As a conclusion results of the analysis are discussed. Moreover new methodology for better and more precise evaluation of car suspension analysis is introduced and described.
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Rendering Complex 3D Scenes
Mrkvička, Tomáš ; Kršek, Přemysl (referee) ; Herout, Adam (advisor)
This thesis deals with representation of large and complex 3D scenes which are usually used by modern computer games. Main aim is design and implementation of data driven rendering system. Proper rendering is directed (driven) by scene description. This description is also designed with respect to scene creators whose typically do not have deep knowledge of programming languages in contrast to game programming developers. First part is focused on design of efficient scene description and its possible applications at scene rendering. Second part is focused on proper system implementation. Finally, consequently important system optimizations are mentioned too.
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Design of Formula Student chassis
Zubíček, David ; Blaťák, Ondřej (referee) ; Porteš, Petr (advisor)
Diploma thesis deals with comparison of different types of tyres destined for Formula Student vehicle. Comparison is from view of chosen characteristics and from view of simulations for one lap. Thesis deals with kinematics design of suspension according to chosen tyre and according to improvement of car ability of monopost Dragon 6
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Freezing
Ševčík, Andrej ; Chrobák, Ondřej (referee) ; Kvíčala, Petr (advisor)
The subject of diploma thesis is cycle of paintings, animation and video. This work is based on the operation system error. I focusing on well know phenomen of freezing computer and follow layering of system windows over themselves. Due to an error may arise aesthetic shape, which may refer to geometric abstraction. On this phenomenon interested me especially the elementary aspects of painting, building space on surface, geometry, movement and shape.
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Architecture, Geometry and Computers
Foretník, Jan ; Prof.Ing.arch.Jilián Keppl,CSc. (referee) ; Gürtler, Ivan (referee) ; Petříčková, Monika (referee) ; Ryšavá, Hana (advisor)
The topic of this thesis is geometry, its practical usage in architect’s profession (especially its application in computer design and realization of buildings) and its current way of teaching at schools of architecture. The thesis systematically describes geometric objects’ construction and properties, its modelling in CAD systems and examples of its usage in architecture, in some cases including the way of its realization. Geometric objects are systematically organized into chapters about point, curves, surfaces and solids. The outcome of the thesis is a concept of geometry courses modification in the way that they encourage the spatial imagination development instead of “drill” and the gained knowledge is directly useful in architect’s profession. A supplementary research (in appendix) analyses the state-of-the-art of teaching of geometry at selected schools of architecture in Europe and its effect to spatial imagination development. The research was focused at contents and form of the selected geometry courses and its influence to spatial imagination.
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