|Autors: Ivanov, M. P., Staykov D., Georgiev E.|
Title: Input parameters for development of pneumatic system, for simulating the breathing cycle of human occupants in indoor environment
Keywords: indoor environment, indoor air quality, thermal manikins, experimental studies, breathing cycle
Abstract: This paper presents the input parameters, required to develop a pneumatic system, which simulates the breathing process in humans. The proposed system could be used for analysis and assessment of indoor environment parameters. In particular, this system is in addition to the thermal manikins’ functionality. These thermal manikins represent modern, highly complex tools used to evaluate the thermal comfort of occupants in enclosed environment, as well as for analyses of the indoor air quality perception. The presented work is part of the activities under a "Perspective leaders" project, supported by “НИС” at TU-Sofia, with Contract № 151ПР0002-02, entitled: "Schematic solution for development of pneumatic system, for simulating the breathing cycle of human occupants in indoor environment".
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