Topic outline
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Teacher: Dr. Linda Bouarata
Institute: Science and TechnologyDepartment: process engineering
Target Public: First year commun core Ingenier
Credit: 06
Coefficient: 03.
course title: Thermodynamics
Weekly teaching hours : 67h30 (Lectures : 1h30 (hours per week) , Tutorials: 3h00(hours per week).
Time and Place of teaching: Lecture: Tuesday: 09h30-11h00 Collection B ,11h00-12h30 Collection A hall 2.
Contact: linda.bouarata@centre-uni-mila.dzTarget skills
To lay the necessary foundation of classical thermodynamics for combustion and thermal machine applications- The skills to be understood are: the aquisition of scientific basis of classical thermodynamics
- The application of termodynamics to various systems
- The statement, explanation and understanding of the fundamental principales of thermodynamics
Subject Content Forum
Chapter I: Basic concepts in thermodynamics.Chapter II: Thermodynamic properties of pure substances.Chapter III: Fundamental concepts of thermodynamics.Chapter IV: Equilibrium of physical processes.
Prerequisites
In order to achieve the objectives of this course, students must have certain prerequisites. they must know:- Mathematics, differential equations and physics first.
- Physics concepts such as energy, temperature, heat.
- Law of the thermodynamics.
Bibliography
[1] Smith, E.B, Basic Chemical Thermodynamics, 2nd ed., Clarendon Press, Oxford, 1977.
[2] Rossini, F. D., Chemical Thermodynamics, Wiley, New York, 1950. Florence,
[3] Stanley I.Sandler,Chemical and Engineering Thermodynamics, Wiley, New York, 1977.
[4] Elliot,J, Lira C.T, Introductory chemical engineering Thermodynamics , Prentice –Hall (1999)
[5] Lewis G.N., Randal M., Thermodynamics, Mac Graw Hill [6] Hougen O.A., Watson K.M., Chemical process principles, Vol II: thermodynamics John Wiley and sons
