Course Code                              : 0502701

 Course Name                              : Steam Turbines

 Instructor                           : Dr. Cuma ÇETİNER

 Theoretical/ Practical/Credit       :  3 / 0/ 3

Learning Activity	Estimated Time(Hour)	Evaluation
Theoretical Course (14 Week)	3 x 14 = 42	Participation to class
Guided Problem Solving	None
Individual Study	3 x 14 = 42
Weekly homework problems be solved	1 x 14 = 14	Individual or teamwork and report preparation for homework’s.
Term project	None
Midterm Exams	4 x 2 = 8	Closed Book
Final Exam	For Exam            : 2 Individual Study: 8	Closed Book
Quiz (4 Piece)	Individual Study: 8	Closed Book
Research (internet / library)
Other (documentary / movie watching)
Other (conference, panel, etc.. Attend meetings)
Total Course Load (Hours)	122

Code and Name of Course	:	0502701 Steam Turbines
Type of Course	:	Compulsory
Prerequisite/Recommended	:	None
Year/Semester of Course	:	Fall
Credit of Course	:	3
Coordinate of Course	:	Dr. Cuma ÇETİNER
Department	:	Mechanical Engineering
Instructor	:	Dr. Cuma ÇETİNER
Number of Classroom	:	-
Hours of Course	:	-
Hours of Meeting	:	-
Groups	:	-
Objective of the Course	:	This course is to teach produce of steam and get energy from steam turbines, calculation turbine’s project.
Course Contents	:	Basic information. Steam turbine, gas turbine, open, closed, compound, combines systems. Thermal coefficient and it’s improve methods. Power powerhouses with steam turbine. Course of energy, preheaters, open preheated, closed preheaters. Energy transformation at steam turbine. Counterpart pressure, reaction turbines, degree of reaction. Calculation environmental power, calculation of specific work (Euler equation), losses and coefficient at turbine. Type of turbines, triangle of turbines, powerhouse with fossil fuel.
Textbook/Recommended Reading	:	Buhar Türbinleri -Prof.Dr. Suavi EYİCE Gemi ve Buhar Türbinleri ve Tesisleri Doç.Dr. Ateş ÖZGE Mühendislik YaklaşımlaııylaTermodinamik  Prof. Dr. Yunus ÇENGEL
Plan of Course at Semester	1.Week	Introduction of steam turbines Using area of steam turbines
	2. Week	Theoretical Rankine cycle Improve of Rankine cycle Reduce to condenser’s pressure Heat to high temperature Boost to boiler pressure Using Molier’s h-s diagram
	3. Week	Foundation of steam turbine Open foundation of steam turbine Closed foundation of steam turbine Mixed cycle of steam turbine Problems about Rankine cycle
	4. Week	Solution of problems about Rankine cycle Heating again Take pre-steam Power powerhouse with steam turbine
	5. Week	Action turbines Reaction steam turbine Radial steam turbines Distribution of pressure and velocity at steam turbines
	6. Week	Distribution pressure and velocity at action turbine Distribution pressure and velocity at reaction turbine
	7. Week	First written midterm exam1.
	8. Week	Calculations nozzle at steam turbine Basic nozzle Nozzle with diffuser Size and cross-section of nozzle
	9. Week	Calculation at steam turbines Steam’s mass flow rate Loss of friction Expend work
	10.Week	Velocity triangles at steam turbines Relative velocity Absolute velocities Entrance triangles
	11.Week	Outlet triangles Powers at steam turbines Losses at steam turbines
	12.Week	Second written midterm exam1.
	13.Week	Coefficient at turbine Environment’s coefficient Mechanic coefficient Foundation coefficient
	14.Week	Problems
Form of Assessment	One written midterm exam (40% ); one written final exam (60%)