Thermodynamics 
Course Overview 
Level of study
	Both:  Bachelor Degree and Master Degree	
Workload	ECTS: 3
Total Hours: 90
Contact Hours: 48
•	Lectures: 32
•	Labs: 0
•	Seminars: 16	
Course Code		
Semester
	Both: Winter or  Summer	
Prerequisites
	Mathematics, Physics, Fluid Mechanics	
Course Objectives	Thermodynamics must give us a deep understanding the processes of energy generation and transfer to analyze the effectiveness of these processes and to assess proposals for more effective ways of using energy	
Learning Outcomes
	The knowledge of this course will give possibility to solve the long-term problems also it may help to suggest new sources of power and evaluate correctly the potential of new ideas in the sphere of energetics of heat and mass transfer	
Syllabus
	 Principles of thermodynamics
1.  Fundamental concepts (thermodynamic properties, temperature, work and heat)
2. Laws of thermodynamics: zeroth law, the first law
2.1 The cycle
2.2 Mechanical equivalent of heat
2.3 Corollaries of the first law
3. Non-flow processes
4. Flow processes
4.1 The steady-flow energy equation
4.2 Open systems with steady flow (boiler and condenser, nozzler and diffuser, turbine and compressor, throttling, reciprocating compressor)
4.3 Non steady-flow processes
5. The second law and reversibility 
5.1 Cycle efficiency
5.2 The Clausius statement of the second law
5.3 Reversibility and irreversibility (friction, transfer of heat across a finite temperature difference)
5.4 Reversible and irreversible cycles
6. Corollaries of the second law
6.1 Thermodynamic temperature scale
6.2 Characteristics of entropy (determination of values of entropy, entropy as a criterion of reversibility)
6.3 Validity and limitations of the laws of thermodynamics
7. General thermodynamic relations	
Labs
	no	
Projects
	 no	
Assessment
	Exam 	
Resources
	•	Rogers G.F.C. and Mayhew Y.R. Engineering thermodynamics : work heat transfer : SI units (Longman, 1992) pp.711
•	Haywood R.W. Equilibrium Thermodynamics for Engineers and Scientists : Single Axiom Approach (Krieger, 1990)
•	Zemansky M.W. and Dittman R. Heat and Thermodynamics (Mc Graw-Hill, 1981)
•	The International Temperature Scale of 1990 National Physical Laboratory (HMSO, 1990)
•	https://en.wikipedia.org/wiki/Thermodynamics	
Instructors
	Troitsky Oleg Yu.
http://portal.tpu.ru/SHARED/t/TROICKIY/eng