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Course
Code: : 5103206 Course
Name : Advanced Engineering Thermodynamics II Instructor
: Prof. Dr. Bülent
YEŞİLATA Theoretical / Practical / Credit : 3 / 0 / 3
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HARRAN UNİVERSITY ENGINEERING FACULTY
MECHANICAL ENGI0NEERING DEPARTMENT
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Course Name |
Code |
Semester |
T+U |
Credit |
AKTS |
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Advanced Engineering Thermodynamics II |
5103206 |
Spring |
3+0 |
3 |
5 |
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Prerequisite Courses |
None |
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Language of Course |
Turkish |
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Course class |
Compulsory |
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Coordinator of Course |
Prof. Dr. Bülent
YEŞİLATA |
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Instructor |
Prof. Dr. Bülent
YEŞİLATA |
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Course Assistant |
- |
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Objective of course |
1) Thermal engineering practices with modern
techniques and tools necessary for developing, selecting and using the skills
and give the ability to use information technology effectively 2)
Complex a thermal system, process, device or product, under realistic
constraints and conditions, to meet the specific requirements of teaching
students how to design and develop the ability to practice the methods of
modern design for this purpose. |
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Course Learning Output |
1)
Theoretical and applied knowledge gained in the field of mechanical engineering,
thermodynamic modeling and solving problems for the application of skills, 2)
Necessary for applications to the field of thermodynamic models, methods and
means of selecting, using and developing skills. 3)
The complex problems of thermal engineering to identify, formulate, and solve
skills. 4)
Select the appropriate analysis and modeling methods and practice, the
ability to act individually or in teams. 5)
Effectively using IT technologies, ability to follow scientific research in
the field of thermodynamics, the ability to interpret and present. |
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Course Contents |
Entropy,
entropy Transactions isothermal change, entropy change of pure substances,
isentropic process, reversible steady flow of entropy, exergy,
exergy reduction principle, exergy
balance for an open and closed systems, chemical reactions, thermodynamics,
thermodynamics of metallurgical phenomena. |
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Weeks |
Plan
of Course at Semester |
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1 |
Entropy
and applications |
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2 |
Transactions
isothermal entropy change |
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3 |
Entropy
change of pure substances |
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4 |
Isentropic
process |
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5 |
Reversible
steady flow of entropy |
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6 |
Entropy
Act. Discussion about the current article |
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7 |
Exergy |
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8 |
Reduction
principle and calculation of exergy |
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9 |
MID-TERM
EXAM |
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10 |
Exergy
balance for open systems |
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11 |
Exergy
balance for closed systems |
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12 |
Exergy
Act. Discussion about the current article |
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13 |
Introduction
to chemical reaction thermodynamics |
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14 |
Introduction
to metallurgical thermodynamics of events |
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General Sufficiency |
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The
knowledge of basic thermodynamics, heat transfer and fluid mechanics
principles and terminology. The knowledge of mathematics including multi-variable
differential equations and advanced mathematics. Turkish to communicate
effectively in oral and written. Mechanical Engineering in the field of
scientific books and publications and to report to follow the level of
technical knowledge of English. |
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Textbook/Recommended Reading |
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1] Thermodynamics-An Engineering Approach, Yunus A.
Çengel & Micheal A. Boles; veya, Mühendislik
Yaklaşımıyla Termodinamik, Yunus A. Çengel & Micheal
A. Boles; Tercüme: Taner Derbentli [2] Thermodynamics, William Z. Black & James G. Hartley [3] Termodinamik I ve II, Prof.Dr. A.
Rasim Büyüktür. [4] Mühendislikte Temel Termodinamik, Doç. Dr. Bülent Yeşilata. |
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Form of Assessment |
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Mid Exam and Task/Project Average of
Arithmetical: %40 Final:%60 |