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Course Objective

At the end of this course, students will

• solve convection heat transfer problems with phase change,

• perform thermal design and performance analysis of common types of heat exchangers,

• understand the physical nature of thermal radiation and its interaction with matter,

• be able to calculate radiation heat exchange between two or more surfaces,

• identify, formulate and solve problems involving mass transfer through analogy to corresponding modes of heat transfer,

• gain further hands-on experience in heat transfer experimentation through a number of laboratory tests.

 

 

Course Content

Boiling correlations, laminar and turbulent film condensation. Heat exchangers, LMTD and e-NTU methods. Physics of radiation, Kirchhoff`s law, spectral radiative properties. Solar radiation. View factors, blackbody radiation exchange, radiation circuits. Diffusion mass transfer, mass diffusion without chemical reaction, convective heat-mass transfer analogy.

 

 

Instructors

Dr. Özgür BAYER A-123 210 2578 bayer@metu.edu.tr
Dr. İlker TARI E-206 210 2551 itari@metu.edu.tr
Dr. Abdullah ULAŞ B-305 210 5260 aulas@metu.edu.tr
Dr. Derek BAKER E-105 210 5217 dbaker@metu.edu.tr 

 

 

Assistants

Mr. İlhan ÖZTÜRK G-115 210 5248 oilhan@metu.edu.tr
Mr. İlteriş Berke HARMANCI A-144 210 5230 harmanci@metu.edu.tr
Mr. Onur ÖZKAN A-145 210 5278 onozkan@metu.edu.tr
Mr. Serdar HİÇDURMAZ A-144 210 5230 hserdar@metu.edu.tr

 

 

Class Schedule

Section 1 Dr. Bayer Tuesday
Thursday
12:40-13:30
09:40-11:30
G-203
G-203
Section 2 Dr. Tarı Monday
Tuesday
08:40-10:30
11:40-12:30
D-101
D-109
Section 3 Dr. Ulaş Monday
Wednesday
11:40-13:30
11:40-12:30
B-102
B-102
Section 4 Dr. Baker Tuesday
Thursday
13:40-15:30
14:40-15:30
D-101
D-101