Courses – Fakultet tehničkih nauka u Novom Sadu

Subject: Basics of Thermodynamics (17.M3221)

Native organizations units: No data

Type of studies	Title
Undergraduate Academic Studies	Production Engineering (Godina: 2, Summer)
Undergraduate Academic Studies	Energy and Process Engineering (Godina: 2, Summer)
Undergraduate Academic Studies	Mechanization and Construction Engineering (Godina: 2, Summer)
Undergraduate Academic Studies	Technical Mechanics and Technical Design (Godina: 2, Summer)

General information:

Category	Theoretical-methodological
Scientific or art field	Termotehnika, termoenergetika i upravljanje energijom
Interdisciplinary	No
ECTS	5

Educational goal:

Introduction to the structure of thermodynamics, thermodynamics concepts and methods of solving energy conversion problems.

Educational outcome:

Acquiring basic knowledge in solving technical tasks of thermal power engineering, thermal process engineering and designing thermal machines and plants.

Course content:

Thermodynamic system and surroundings. Working body. Properties of state. Equilibrium, change of state, process. The zero law of thermodynamics. Ideal gas law. Conservation of energy. The concept of energy. Internal energy. Heat capacity. Mayer's equation. The first law of thermodynamics for a closed and open thermodynamic system. p-v diagram, work, and thermodynamic process in a p-v diagram. Enthalpy. The second law of thermodynamics. Reversible, irreversible and impossible process. Thermodynamic cycle. Properties of state for a thermodynamic cycle. Clockwise thermodynamic cycle. Carnot cycle. Thermal efficiency. The concept of entropy. The mathematical expression of the second principle of thermodynamics. Entropy change of ideal gases. Heat, T-s diagram, and thermodynamic process in the T-s diagram. Counter-clockwise cycles. Entropy change of a thermodynamic system. The second principle of thermodynamics for a cycle. Entropy change of an isolated thermodynamic cycle. The third principle of thermodynamics. Real gases. Determination of properties for real gases. Carnot cycle for real gases. Rankine cycles for water vapor.

Teaching methods:

Lectures and auditory practice. Practice classes follow the lectures and include the advanced level of students` independence in solving assignments.

Literature:

Authors	Title	Year	Publisher	Language
Muller I.	Rational extended thermodynamics	1998	New York: Springer	English
Kozić, Đ., Vasiljević, B., Bekavac, V.	Priručnik za termodinamiku i prostiranje toplote	1983	Građevinska knjiga, Beograd	Serbian language
Malić, D., Đorđević, B., Valent, V.	Termodinamika strujnih procesa	1970	Građevinska knjiga, Beograd	Serbian language
Parrott J. E.	Thermal Conducticity Of Solids	1975	London: Pion Limited	English
Stoecker W. F.	Design of thermal systems	1989	New York: McGraw-Hill, inc	English
Marić, M.	Nauka o toploti : termodinamika, prenos toplote, sagorevanje	2006	Fakultet tehničkih nauka, Novi Sad	Serbian language
Cengel, Y., Boles, M.	Thermodynamics : An Engineering Approach	1998	McGrow-Hill, New York	English
Moran, M.J., Shapiro, H.N.	Fundamentals of Engineering Thermodynamics	1995	John Wiley & Sons, New York	English
Berman R.	Thermal Conducticity in Solids	1976	Oxford: Clarendon Press	English