Thermodynamics Course - Assiut University

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27 Οκτ 2013 (πριν από 3 χρόνια και 7 μήνες)

63 εμφανίσεις

Faculty of Engineering


Assiut University

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Mining & Metallurgical Eng. Dept


Bachelor Degree

67

Bachelor Degree


Mining and Metallurgical Engineering Program

Dept. of
Mechanical Engineering


Course specification




ﺔﯾراﺮﺣ ﺎﻜﯿﻣﺎﻨﯾد

ﺎﮭﺗﺎﻘﯿﺒﻄﺗو

M 101



2
-
Course Aim

Main Aim



Study of the patterns of energy change. Most of this course
will be concerned wit
h understanding the patterns of
energy change.



More specifically, thermodynamics deals with heat and
work and those properties of substance that bear a relation
to heat and work.

Sub
-
Aims



Discuss the fundamentals and basic concepts of
thermodynamics wit
h emphasis on the properties of
common liquids, vapors and gases.



Describe the basic tools necessary to obtain solutions to
common applications involving energy and its conversion,
and conservation for the different thermodynamic systems.



Recognize the fir
st and second laws of thermodynamics
and their relevance to engineering applications

6
-
Course Content


Introducti
on to the simple steam power plant


Vapor, compressions and
refrigeration cycle


Chemical rocket engine


Work and heat


Some concepts
and definitions


First and second law of thermodynamics


Entropy.




Thermodynamics Course


Faculty of Engineering


Assiut University

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Mining & Metallurgical Eng. Dept


Bachelor Degree

68
7
-
Course Topics

1
st
topic

1
.

Introduction

1
.
1

Introduc
tion to the simple steam power plant

1
.
2

Introduction to vapor, compressions and refrigeration cycle

1
.
3

Introduction to chemical rocket engine

2
nd
topic

2
.

Some concepts and definitions

2
.
1

Thermodynamic System and Control Volume

2
.
2

Macroscopic and Microscopic Point View

2
.
3

Properties and State of Substance

2
.
4

Process and Cycles

2
.
5

Specific Volume

2
.
6

Pressure

2
.
7

Equality of Temperature

2
.
8

The zeroth Law of Thermodynamics

2
.
9

Temperature Scale

2
.
10

Internal Energy

2
.
11

Enthalpy

2
.
12

The Constant
-
Volume and Constant
-
Pressure Specific Heats Specific
Heat Ratio

2
.
13

Illustrated Examples

2
.
14

Selected Problems


3
rd
topic

3
.

Properties of a Pure Substance

3
.
1

The Pure Substance

3
.
2

Vapor
-
Liquid
-
Solid Phase Equilibrium in a Pure Substance

3
.
3

The Superheated Vapor Region

3
.
4

The Compressed or Subcooled Liquid Region

3
.
5

The Liquid Vapor Saturatio
n Region

3
.
6

Ideal Gases

3
.
7


Illustrated Examples

3
.
8

Selected Problems

4
th
topic

4
.

Work and heat

4
.
1

Work

4
.
2

Heat

4
.
3

Illustrated Examples

4
.
4

Selected Problems

5
th
topic

5
.

First and second law of thermodynamics


5
.
1

The First Law of Thermodynamics for a System Undergoing Cycle

5
.
2

The Fi
rst Law of Thermodynamics for a Change in State of a System

5
.
3

First Law for Closed System

5
.
4

The First Law for Open System

5
.
5

Open System Undergo Transient Process

5
.
6

Uniform Flow Process

5
.
7

Open System Undergo Steady State

5
.
8

The Throttling Process

5
.
9

Illustrated Examples

5
.
10

Selected Problems

Faculty of Engineering


Assiut University

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Mining & Metallurgical Eng. Dept


Bachelor Degree

69
6
th
topic

6
.

The second law of Thermodynamics

6
.
1

Heat Engine and Heat Pump (Refrigerators)

6
.
2

Heat Engines

6
.
3

Heat Pumps (Refrigerators)

6
.
4

The Thermal Reservoir

6
.
5

Second Law of Thermodynamics

6
.
6

The Kelvin
-
Planck Statement

6
.
7

The Clausius Statement

6
.
8


The Reve
rsible and Irreversible Process

6
.
9


Factors Make The Processes Irreversible

6
.
10


The Carnot Cycle

6
.
11


Carnot’s Principle

6
.
12


First Proposition

6
.
13


Second Proposition

6
.
14


The Thermodynamic Temperature Scale…

6
.
15


Illustrated Examples

6
.
16


Selected Problems

7
th
topic

7
.

Entropy


7
.
1

Inequali
ty of Clausius

7
.
2

Entropy of a System

7
.
3

The Entropy of a Pure Substance

7
.
4

Entropy Change in Reversible Processes

7
.
5

Two Important Thermodynamic Relations

7
.
6

Entropy Change of a System During an Irreversible Process

7
.
7

Lost Work

7
.
8

Entropy Change of an Ideal Gas

7
.
9

Variable S
pecific Heat

7
.
10

The Air Tables

7
.
11

Useful Relations for Isentropic Process

7
.
12

The Second Law of Thermodynamics for System Undergoes
Transient Process

7
.
13

Uniform Flow Process

7
.
14

The Steady State Process

7
.
15

The Reversible Steady State Process

7
.
16

Efficiency

7
.
17

Illustrated Examples

7
.
18

S
elected Problems


11.2 Grades Distribution

Assessment

Methods

Percentage

Final Exam

64 %

Oral Final Exam

-


Semester work

12 %

Assessments


Written Exam

12 %

24 %

Tutorial assessment

6 %

Report assessment

2 %

Faculty of Engineering


Assiut University

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Mining & Metallurgical Eng. Dept


Bachelor Degree

70
Quiz assessment

4 %

Total

100 %



12
-
List of References

Course notes

Basics of Eng. Thermodynamics by Hany A. Mohamed

Required books

Fund
amentals of thermodynamics, by R. E. Sonntag, C. Borgnakke
and G. J. Van Wylen

Recommended books

Engineering thermodynamics, by D. C. Look and H. J. Sauer. S.I.
Edition . Van Nostrand Reinhold (International)

Periodicals, web sites.
etc.