National Repository of Grey Literature 4 records found  Search took 0.00 seconds. 
Measurement of indoor environment by means of thermal manikin
Ševeček, Jan ; Pokorný, Jan (referee) ; Fišer, Jan (advisor)
This dissertation deals with the measurement of the internal environment through thermal manikin Newton, especially in terms of thermal comfort. Measurements were performed in a typical office environment and cabins of small transport aircraft. The course of events and the time constants for the measurement in the office was given by real flow in the office when the sequences of events were unfolded from the usual transactions carried out during the day. In contrast, the second measurement, which took place in the model of small transport aircraft, the course of events and time constants, was performed exactly according to predetermined plan. The other parts of the thesis describe how to calibrate the manikin and then generate a diagram comfort zones. Following are compared individual test cases and events using the diagram comfort zones. Finally, individual test cases and events are compared using the diagram comfort zones and medics according to ISO 14505-2.
Evaluation of the cabin thermal environment by the means of equivalent temperature measuring systems
Zrůst, Michael ; Šíp, Jan (referee) ; Fišer, Jan (advisor)
With increasing amount of vehicles on roads, the mobility of humanity and time spent in car cabins grows the signifikance of reaching and maintaining thermal comfort for passengers during long and also short journeys. With electric car industry growing there is an effort to lower the consumption of energy by HVAC systems to enlarge the reach of electric car and for combustion engine cars to lower the emissions coming from maintaining proper thermal comfort.
Evaluation of the cabin thermal environment by the means of equivalent temperature measuring systems
Zrůst, Michael ; Šíp, Jan (referee) ; Fišer, Jan (advisor)
With increasing amount of vehicles on roads, the mobility of humanity and time spent in car cabins grows the signifikance of reaching and maintaining thermal comfort for passengers during long and also short journeys. With electric car industry growing there is an effort to lower the consumption of energy by HVAC systems to enlarge the reach of electric car and for combustion engine cars to lower the emissions coming from maintaining proper thermal comfort.
Measurement of indoor environment by means of thermal manikin
Ševeček, Jan ; Pokorný, Jan (referee) ; Fišer, Jan (advisor)
This dissertation deals with the measurement of the internal environment through thermal manikin Newton, especially in terms of thermal comfort. Measurements were performed in a typical office environment and cabins of small transport aircraft. The course of events and the time constants for the measurement in the office was given by real flow in the office when the sequences of events were unfolded from the usual transactions carried out during the day. In contrast, the second measurement, which took place in the model of small transport aircraft, the course of events and time constants, was performed exactly according to predetermined plan. The other parts of the thesis describe how to calibrate the manikin and then generate a diagram comfort zones. Following are compared individual test cases and events using the diagram comfort zones. Finally, individual test cases and events are compared using the diagram comfort zones and medics according to ISO 14505-2.

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