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Heat transfer in the pressure cover of the GFR reactor
Koryčanský, Roman ; Suk, Ladislav (referee) ; Martinec, Jiří (advisor)
This paper describes the design of the ventilation pressure cover of the demonstrator GFR. The first part is a brief research project GFR and the effects of temperature on the inside structures. In the following part is calculated balance heat losses within the pressure cover for three cases: non-insulated, fully-insulated and partially insulated surface of the reactor. The following is a design of a heat sink for partially insulated surface.
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Design of cooling plate for vibration test stand
Drtílek, Juraj ; Mauder, Tomáš (referee) ; Štětina, Josef (advisor)
This research deals witch thermal analysis of cooling plate for vibrational test of turbochargers. In introduction, the reader is familiar with principle of turbocharging, his importance and history. In this part of research is described also testing of turbochargers, especially vibration tests and its issue. The main part of research is focused on heat transfer, especially conduction, convection and radiation. This part is also completed with calculation of heat transfer coefficient, which is nessesary for thermal analysis of plate for vibration test stand, which is made in the last part of this work.
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Heat transfer in the pressure cover of the GFR reactor
Koryčanský, Roman ; Suk, Ladislav (referee) ; Martinec, Jiří (advisor)
This paper describes the design of the ventilation pressure cover of the demonstrator GFR. The first part is a brief research project GFR and the effects of temperature on the inside structures. In the following part is calculated balance heat losses within the pressure cover for three cases: non-insulated, fully-insulated and partially insulated surface of the reactor. The following is a design of a heat sink for partially insulated surface.
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Design of cooling plate for vibration test stand
Drtílek, Juraj ; Mauder, Tomáš (referee) ; Štětina, Josef (advisor)
This research deals witch thermal analysis of cooling plate for vibrational test of turbochargers. In introduction, the reader is familiar with principle of turbocharging, his importance and history. In this part of research is described also testing of turbochargers, especially vibration tests and its issue. The main part of research is focused on heat transfer, especially conduction, convection and radiation. This part is also completed with calculation of heat transfer coefficient, which is nessesary for thermal analysis of plate for vibration test stand, which is made in the last part of this work.
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