|
|
PANOPTIKON
Hofmann, Petr Eric ; Smetana,, Matěj (referee) ; Vaněk, Vojtěch (advisor)
The chosen output for this master's project is the creation of a 360° animated video, where the image recording is captured in all directions simultaneously. The nature of this video lies in allowing the viewer, based on their activity, to look around the environment of the ongoing action and immerse themselves in the video's environment. Each viewing of the video is unique because the viewer never sees the entire scene at once; everything around them happens in parallel, providing a nonlinear film experience not only from the narrative side but also from the visual side. The final 360° video is interactive, requiring the viewer's active participation to utilize its full potential, as most of the additional content remains hidden without activity and in a static state of the video. This video format shares the property of interactivity with the environment of digital games and can be understood as a hybrid connection of these two media. In terms of content, the project processes Jeremy Bentham's concept of the Panopticon, an architectural object where all its inhabitants should be under constant surveillance. The narrative follows the activities of five characters who, although separated from each other in isolated rooms and are under constant surveillance by the viewer in the observation room, manage to escape from the architectural construct after several unintended mistakes. The main function of the project is to emphasize visual elements strongly from both the content and formal perspectives and thus provide the viewer with an extraordinary experience
|
|
|
Support Technologies of Steam Boiler
Uhříček, Michal ; Křemínský, Pavel (referee) ; Lisý, Martin (advisor)
The thesis deals with the layout design of a steam boiler burning RDF and the design of its supporting technologies with regard to design practice. In the thesis are modelled 1st - 4th stroke, followed by the flue gas cleaning, feed tank with pumps, flue gas recirculation routes and air ducts. The boiler is denied by a steel structure with platforms and placed in the boiler room. Based on the designed air, flue gas and feedwater routes, an aerodynamic and hydraulic calculation is performed. Using pressure drop, combustion air fan, flue gas fan and recirculation fan are designed. Based on the hydraulic calculation, the feed pumps are designed.
|
|
|
3D printing in popularization of science
Kubíčková, Klára ; Zmrzlá, Petra (referee) ; Langerová, Petra (advisor)
Tato bakalářská práce se zabývá především využitím 3D tisku veřejností, která není s touto technologií seznámena. Práce je rozdělena do dvou hlavních částí – první část uvádí teorii a druhá část předkládá praktické aktivity. V první části je definovaná terminologie spojená s 3D tiskem, je stanoven proces 3D tisku, a je nastíněn historický vývoj procesů 3D tisku. Kromě samotného 3D tisku je v první části této práce popsán i proces tvorby 3D tisknutelného modelu a také jsou popsány možnosti využití 3D tiskáren. Kromě již uvedeného jsou také popsána 3D tisková pera. V druhé části, praktické části, jsou navrženy konkrétní aktivity pro děti s využitím 3D tiskových per nebo 3D modelovacích programů. Veškeré tyto aktivity obsahují očekávanou délku trvání, věkovou skupinu a hlavní cíl.
|
|
|
Modeling of solar power station parameters in GIS
Kučera, Josef ; Čížek, Martin (referee) ; Rozman, Jiří (advisor)
The work deals with the modeling of the parameters of solar power plants and the issue of solar energy with its use in the photovoltaic power plants. It uses the geographic information system named ArcGIS. In the beginning of the work, there is the theory. This theory is necessary to understanding the function of the photovoltaic cells, from the beginning to the photovoltaic panels construction. There were analyzed the conditions of the location of the photovoltaic panels in the Czech Republic. Furthermore, the work approaches the ArcGIS and its 3D modeling possibilities. The part of the work deals with the proposal for the selection process of the most suitable location to the photovoltaic panels installing. The main part of the work is the visualization of the 3D models of the locations of interest.
|
|
| |
|
|
Automated design and 3D printing of prototypes for urban engineering
Krutáková, Anna ; Vořechovská, Dita (referee) ; Podroužek, Jan (advisor)
This bachelor thesis deals with automated design and 3D prototype printing for urban engineering. In the first part, there is a general definition of 3D printing, including development and overview of basic technology and materials. It also follows the focus on certain measurement methods and the creation of 3D models. In the second part, the thesis focuses mainly on the use in the building industry and it discusses related topics such as the automatic optimization of the external elements of building elements or objects(shape), the internal topology of these building elements (fill) and the possible inspiration from organic structures. There is also distinguished between terrestrial applications focusing on the production of prefabricated building components and implementation at site. Extraterrestrial autonomous applications discuss the possibilities this technology for colonizing the Moon or Mars. This thesis presents the results of a unique assessment of the current state of the art in the field of applicability of 3D technology for additive production in the context of urban engineering and demonstrates the associated advantages and open problems on many examples. Finally, the benefits of this technology are evaluated.
|
|
|
Smart home control unit with Raspberry Pi
Sedlařík, Marek ; Mačák, Martin (referee) ; Vyroubal, Petr (advisor)
This bachelor’s thesis deals with the issue of smart home controlled primarily by voice. The thesis introduces this technology, with its development and with trends it is heading to. It contains description of IoT architecture, communication and transmission technology. The attributes and use of the single-board minicomputer Raspberry Pi are described and compared with individual models. The large part of this thesis deals with the design of control unit for smart home system, which will consist of suitable components and microcomputer Raspberry Pi with operating system Raspbian, where the virtual assistant Amazan Alexa is integrated. The last part deals with the design, modeling and printing of a plastic cover for a intelligent speaker.
|
|
|
Computational simulation of the compression test of the open cell metal foam
Homola, Václav ; Skalka, Petr (referee) ; Ševeček, Oldřich (advisor)
The thesis presents computational simulation of compression test of a nickel foam and the 3D reconstruction of micro-CT images was utilized to generate the foam’s model of geometry. Explicit FEM is used to simulate compression test using software tool LS-DYNA and the stress–deformation curve is obtained together with deformed model’s mesh used for subsequent analysis. Sensitivity analyses were performed to configure the model and ensure best fit with values obtained during real-life experiment. The ANSYS Classic environment was then used to simulate tensile test of the foam compressed to various thicknesses. The tensile moduli in three mutually perpendicular directions of nickel foam were computed and the results were compared to experimental values as well. The results of tensile test simulation revealed considerable anisotropy of the foam’s elastic behavior. It can be said that the measured experimental data correspond very well with the elastic properties obtained from simulation up to certain level of compression. Analysis of the relationship between the element size and tensile moduli showed a significant difference between fine and coarse mesh. The optimal level of discretization and the overall model configuration ensuring high level of accuracy is proposed in this thesis.
|
|
| |
|
|
3D scanning method of environment via Kinect sensor
Kumpán, Pavel ; Mašek, Petr (referee) ; Růžička, Michal (advisor)
This bachelor thesis deals with the use of Microsoft Kinect sensor to create a three-dimensional model of the environment. The thesis describes a method for scanning the environment and its implementation for common CPUs and GPUs. The outcome of this work is an application that allows scanning the environment and creating a model in the form of a point cloud or a polygon mesh.
|
guest ::
