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The Effect of the Bypass Factor on Design and Geometry of the Evaporator for the Cooling Unit
Vytasil, Michal ; Rubinová, Olga (referee) ; Rubina, Aleš (advisor)
Diploma thesis focuses on effect of the bypass factor on design and geometry of the evaporator for the cooling unit of data centre. Effect of the bypass factor on individual design parameters is solved in detail. All dependendecies are captured by using graphs in which s placed a cement on that parameter. In part C, mathematical and physical solutions are demonstrated calculations and processes leading to the design of the exchanger. In the end, evaluation of the calculations is done and there is also showed possible improvements for the practise.
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Use of waste heat of computing systems
Švehla, Michal ; Brázdil, Marian (referee) ; Chýlek, Radomír (advisor)
Using waste heat from computer systems is quiet a new area of research. The goal of this bachelor thesis is to summarize known information from this field, including descriptions of already running data centers. There are described ways of cooling which are used in data centers and mainly possibilities how to use waste heat. In the end there is shown how to evaluate suitability of using waste heat in view of data center power as well as return.
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Use of waste heat of computing systems
Švehla, Michal ; Brázdil, Marian (referee) ; Chýlek, Radomír (advisor)
Using waste heat from computer systems is quiet a new area of research. The goal of this bachelor thesis is to summarize known information from this field, including descriptions of already running data centers. There are described ways of cooling which are used in data centers and mainly possibilities how to use waste heat. In the end there is shown how to evaluate suitability of using waste heat in view of data center power as well as return.
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The Effect of the Bypass Factor on Design and Geometry of the Evaporator for the Cooling Unit
Vytasil, Michal ; Rubinová, Olga (referee) ; Rubina, Aleš (advisor)
Diploma thesis focuses on effect of the bypass factor on design and geometry of the evaporator for the cooling unit of data centre. Effect of the bypass factor on individual design parameters is solved in detail. All dependendecies are captured by using graphs in which s placed a cement on that parameter. In part C, mathematical and physical solutions are demonstrated calculations and processes leading to the design of the exchanger. In the end, evaluation of the calculations is done and there is also showed possible improvements for the practise.
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