CHE 204 Thermodynamics I
Credit Structure:(4-0)4
Catalog Description:
Concepts of equilibrium, temperature and reversibility. First law and concepts
of heat and work; second law
and entropy. Equations of state and thermodynamic properties of pure substances. Engineering applications of these principles in the analysis and design
of closed and open systems. Thermodynamic
analysis of cyclic processes including power generation and refrigeration.
Course Objectives:
Upon successful completion of this course, the students
are expected to:
1.
Have a firm
understanding of internal energy, enthalpy and entropy concepts.
2.
Be able to
correlate state properties of pure substances using equations for ideal behavior and reported
data
3.
Be able to
apply mass, energy and entropy
balances in the analysis of engineering problems
4.
Be able to
estimate thermodynamic properties of real substances using generalized correlations and departure functions
5.
Practice teamwork
by forming and working in study groups.
6.
Improve communication
skills by submitting concisely and effectively written homework solutions individually or in teams.
7.
Improve communication
skills by listening, thinking and talking during
the classroom discussion of the course material and in active sessions.
8.
Develop an awareness of the need to engage
in life-long learning
Prerequisites:
None
Textbook(s):
G.J. Van Wylen, R.E. Sonntag
and C. Borgnakke, “Fundamentals of Classical
Thermodynamics”, 4th Ed., Wiley, 1994.
Y.A. Çengel and M.A. Boles,
“Thermodynamics: An Engineering Approach”, 2nd Ed., McGraw Hill,
1994.
J.M. Smith, H.C. Van Ness
and M.M. Abbott, “Introduction to Chemical Engineering Thermodynamics”, 6th Ed., McGraw Hill, 2001
Reference:
None
Syllabus :
1. Introduction.
Definitions. Heat and work. Equilibrium
state, intensive and extensive variables.
(1 week)
2. Conservation
of mass and energy: The general balance equations (1 week)
3. Internal
energy and enthalpy: Equations for ideal behavior, presentation of measured data (1 week)
4. Applications:
Open or closed
systems, operating under transient conditions or at steady state. (3 weeks)
5. Second
law of thermodynamics: Entropy balance, reversibility and entropy generation. (1 week)
6. Applications:
Open or closed
systems, operating under transient conditions or at steady state. (2 weeks)
7. Power
cycles. Refrigeration and air conditioning.
Liquefaction of gases. (2 weeks)
8. Estimation
and correlation of thermodynamic properties of real substances: Equations of state. Maxwell relations. Generalized correlations, Principle of corresponding states. Departure functions. Applications in mass, energy and
entropy balances (2 weeks)
Homeworks, Quizzes, Projects:
Weekly homeworks and/or active
sessions, term projects may be assigned.
Computer
Usage:
1. A tutorial
session in PC lab
2. Assignment
of computer-assisted problems involving estimation of thermodynamic properties.
Laboratory work:
None
Category Content:
Mathematics and
Basic Sciences: None
Engineering Design:
4 credits
Engineering Sciences:
None
Humanities & Social
Sciences: None
Departmental: None
Instructors:
Pınar Çalık, Ali Çulfaz, Güniz Gürüz, Halil
Kalıpçılar, Suzan Kıncal, Tülay Özbelge,
Deniz Üner