pipes ,  fan ,  Energy efficiency and sustainability ,  load loss ,  pressure ,  physical exercise ,  mechanical energy ,  aging ,  metabolism ,  oxidation ,  power ,  ventilation system ,  fan ,  pipes ,  metabolism ,  load loss ,  pressure ,  ventilation system ,  physical exercise ,  power ,  mechanical energy ,  aging ,  oxidation

comfort ,  humidity ,  health ,  temperature ,  metabolism ,  thermal sensation ,  ideal relative humidity ,  thermal comfort ,  well-being

RITE ,  humidity ,  temperature ,  mechanical ventilation ,  metabolism ,  air speed ,  CTE HS ,  natural ventilation ,  hybrid ventilation ,  mechanical double flow ventilation ,  discomfort ,  Ppm ,  thermal comfort ,  thermohygrometric conditions ,  Fanger ,  PMV