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Physical Quantities Measurement of the Rotating Parts
Štorek, Pavel ; Malenovský, Eduard (referee) ; Pozdník, Jaroslav (referee) ; Veselka, František (advisor)
This work is dedicated to small distance contact-less measurement. Especially the surface detection of the commutator or collector of the electrical machines was described. The probes utilising the induction principle of the distance measurement have been developed. The part of the work described the history of the induction distances sensing in FEEC BUT and the using of the induction principle in the industry small distances sensing nowadays. The paper concretely determines the possibilities of the small distances measurement using mentioned probes. The sensitivity for different materials was investigated and the error of the measurement for different measuring object was investigated, too. The effects, that could affected the measurement error, were described in the work. The contribution of the each effect for the total measuring error was specified. Next part is including the description of the measuring workstation and of the hardware and software. At the end the verification of the measuring principle and measuring workstation is presented. The verification has been made on three different commutator types. The verification results are in the conclusion.
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Spaces from Elsewhere
Stojčevski, Dragan ; SCHMELZOVÁ, Radoslava (advisor) ; ŠTOREK, Pavel (referee)
The dissertation thesis deals with a specific type of creation of space, that the author tries to define as scenographic installation. In the first chapter, Space as Medium, the author maps work with space of a variety of artists who inspired him in his own research. He deals with scenography in contemporary theatre, installation in visual arts, creation of exhibitions in museums as well as with art projects in public spaces and creation of contemporary monuments.
The author comes to the conclusion that the scenographic installation is a particular type of scenography that appears in site-specific projects, in environmental and immersive theatre. He also defines the scenographic installation as an independent artistic genre, similar to installation in the visual arts. He specifies this genre by its performative and narrative qualities. The author sees the conection of the space with spectator as participant as another of its distinguishing features.
The research is divided into three parts, where the author points out some of the important spatial characteristics of scenographic installation.
In the first part The Re-contextualization of Space, he describes his experience with authorial site-specific project In S(p)ite of Fire and his scenographic work on environmental theatre Oresteia. He describes how a scenographic installation can transform public space and put it in another context as a part of site specific projects and environmental theatre. In the second part The Phenomenon of Relocation, the author discusses the creation of scenographic installations in exhibition spaces of a museum. He is interested in the ability of scenographic installation to re-interpret the artifacts exhibited in museums. He provides his experience with authorial projects Pergamon Set and Room, produced inside of museums.
In the third part The Spatial Simulation, he explores scenographic installation within the phenomenon of simulation in space in theatres and galleries. He bases his findings on his scenographic work on King Stag and Experiment Mice Paradise performances and on his authorial project You Are Unique You Do Not Exist, produced in a gallery. He comes to the conclusion that scenography alone, without actors, can make a performative space in which the spectator is the main driver and that it can exist as a separate genre, outside of the context of theatre.
At the end of his research the author describes relations and roles of the spectator in scenographic installation.
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Physical Quantities Measurement of the Rotating Parts
Štorek, Pavel ; Malenovský, Eduard (referee) ; Pozdník, Jaroslav (referee) ; Veselka, František (advisor)
This work is dedicated to small distance contact-less measurement. Especially the surface detection of the commutator or collector of the electrical machines was described. The probes utilising the induction principle of the distance measurement have been developed. The part of the work described the history of the induction distances sensing in FEEC BUT and the using of the induction principle in the industry small distances sensing nowadays. The paper concretely determines the possibilities of the small distances measurement using mentioned probes. The sensitivity for different materials was investigated and the error of the measurement for different measuring object was investigated, too. The effects, that could affected the measurement error, were described in the work. The contribution of the each effect for the total measuring error was specified. Next part is including the description of the measuring workstation and of the hardware and software. At the end the verification of the measuring principle and measuring workstation is presented. The verification has been made on three different commutator types. The verification results are in the conclusion.
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