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HEATING, VENTILATION AND AIR CONDITIONING SYSTEMS (HVAC) Course Sheet Academic Year of enrolment:
Disciplinary Sector:
Environmental Technical Physics
Professor and Collaborators:
Hours of classroom activity:
Prerequisites:
Knowledges of applied thermodynamics and heat transfer
Objectives
Contents The course initially illustrates the comfort and internal air quality theories; subsequently it illustrates the design procedures relative to the heating and climatization methodologies in civil buildings.
Extended Syllabus Thermal Comfort
IAQ
Hydronic and aeraulic circuits
Hydronic Systems
Radiators
Radian surfaces (floor, ceiling, ..)
Aeraulic Systems
Constant Flow Rate
Single zone
Multizone
Variable Flow Rate
Variable temperature and variable flow rate
Double ducts
Air-Water Mixed Systems
Fan coils
Induction systems
Cold beams
Central plants
Recommended Bibliography AHSRAE, “Fundamentals of HVAC Systems – SI Edition”, Robert McDowall, ISBN–13: 978-0-12-373998-8
Teaching Methods Frontal lessons and design of HVAC case studies in preliminary and/or final forms
Evaluation methods Verification of learning:
All the course arguments will be verified both by realizing preliminary/final designs and by an oral exam that will test the theoretical basis behind the designs presented.
Contacts/More Information All the designs can be realized by teams of work, but each student shall expose and justify the adopted solutions in the oral exam.
Student consultations will be held both in presence and in remote. It will be possible to have consultation hours also out of office hours by preliminary emailing the professor.