THE MATHEMATICAL MODEL OF A LUNG SIMULATOR
František Šolc, František Zezulka, I. Veselý, Jiří Sekora, Martin Mézl, Anton Eschli, Ivo Provazník · Mefanet Journal · 2014
The paper discusses the design, modelling, implementation and testing of a specific LUNG simulator. The described research was performed as a part of the project AlveoPic — Advanced Lung Research for Veterinary Medicine of Particles for Inhalation. The simulator was designed to establish a combined study programme comprising Biomedical Engineering Sciences (FEEC BUT) and Healthcare and Rehabilitation Technology (FH Technikum Wien). The simulator is supposed to be an advanced laboratory equipment which should enhance the standard of the existing research activities within the above-mentioned study pro - grams to the required level. Thus, the proposed paper introduces significant tech - nical equipment for the laboratory education of students at both FH Technikum Wien and the Faculty of Electrical Engineering and Communication, Brno Uni - versity of Technology. The apparatuses described here will be also used to support cooperative research activities. In the given context, the authors specify certain technical solutions and param - eters related to artificial lungs, present the electrical equipment of the system, and point out the results of the PC-based measurement and control.