DME Course (DME 3013)

8/20/2019 DME Course (DME 3013)

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No. Information on Course

1. Name of Course:

Thermodynamics 1

2. Course Code:

DME 3013

3. Name(s) of Academic Saff:

Dr. !eo Sin" !im

#. $aiona%e for he inc%usion of he course in he &ro"ramme:

The course 'i%% ena%e he sudens o acuire *no'%ed"e on he asic &rinci&%es of hermodynamics

and he a&&%icaions of Thermodynamics Theorem in +arious en"ineerin" &ro%ems or issues. This

'i%% he%& o enhance he sudens, *no'%ed"e in he suseuen re%aed course (Thermodynamics 2).

-. Semeser and ear offered:

Semeser 1/ ear 2

. Suden !earnin" Time

(S!T)ace o ace nde&enden !earnin"

Toa% uided and

nde&enden !earnin"

! 4 !ecure

T 4 Tuoria%

5 4 5racica%

6 4 6hers

! T 5 6 ! T 5 6

13317 18 1 - 38 18 0 17

9. Credi a%ue: 3

8. 5re;reuisie (if any):

En"ineerin" Mahemaics 1 (DMS 1033)

7. Course !earnin" 6ucomes: A he end of his course/ sudens shou%d e a%e o:C!61: Define he asic &rinci&%e of hermodynamics. (C1/ 5!61)C!62: Discuss he fundamena% hermodynamics &rinci&%es, in +arious en"ineerin"

a&&%icaions. (C2/ 5!61)

C!63: A&&%y idea% cyc%e ana%ysis o sim&%e hea en"ine cyc%es o esimae herma% efficiencyand 'or*. (C3/ 5!61)

C!6#: Demonsrae asic s*i%%s o so%+e &racica% &ro%ems in hermodynamics. (C3/ A3/ 5-/ 5!62/ 5!63)

C!6-: Deermine hermodynamic &ro&eries of &ure susances from a%es of &ro&ery daa. (C#/ 5!63)

10. Transfera%e S*i%%s:Criica% hin*in" and &ro%em so%+in"

11. Teachin";!earnin" assessmen srae"y:

12. Syno&sis:The course co+ered +arious Thermodynamics o&ics/ 'hich inc%ude he undamena% of Thermodynamics/ 5ure Susances, 5ro&eries and !a's of Thermodynamics.

13. Mode of De%i+ery:

!ecure/ Tuoria%/ 5racica%.

5!6 Teachin" !earnin" Aci+iies Ty&e of Assessmen

• <no'%ed"e!ecureTuoria%

=rien ess

• 5racica% S*i%%s 5racica% !a e>&erimenaions

• Thin*in" and scienific s*i%%sTuoria%5racica%

Assi"nmen!a e>&erimenaions

8/20/2019 DME Course (DME 3013)


1#. Assessmen Mehods and Ty&es:

1-. Ma&&in" of he course o he 5ro"ramme Aims:

1. Ma&&in" of he course o he 5ro"ramme !earnin" 6ucomes (5!6):

19. Conen ou%ine of he course and he S!T &er o&ic:

Chapter 1Fundamental of Thermodynamics

• Thermodynamics and ener"y

• Dimension and unis

• C%osed and o&ened sysems

• orms of ener"y

• 5ro&eries of a sysem

• Sae and eui%irium

• 5rocesses and cyc%es

• The sae &osu%ae

• 5ressure

• Tem&eraure and ?eroh !a' of Thermodynamics

Lab experimentation:n+esi"ae em&eraure measuremen mehods y usin" em&erauremeasuremen ench.

ace o acende&enden

!earnin" T!T! T 5 6 ! T 5 6

# 3 # ; 8 3 ; ; 22

Ty&e of Assessmen Assessmen Mehod 5ercena"e (@)

=rien es

uiBBes 10

Mid;erm e>aminaion 20

ina% e>aminaion #0

Assi"nmen =rien assi"nmen (1000 'ords) 10!a e>&erimenaions !a re&ors 20

5E6C!6

5E61 5E62 5E63 5E6#

C!61 √C!62 √C!63 √C!6# √ √

C!6- √

C!65!6

5!61 5!62 5!63 5!6# 5!6- 5!6 5!69 5!68 5!67

C!61 √

C!62 √C!63 √

C!6# √ √C!6- √

8/20/2019 DME Course (DME 3013)


Chapter 2Properties of Pure ubstances

• 5ure susances

• 5hases of &ure susance

• 5hase chan"e &rocesses of &ure

susances• 5ro&eries dia"rams for &hase

chan"e &rocesses

• The 5;+;T surface

• 5ro&ery a%es

• The idea%;"as euaion of sae

• Com&ressii%iy facor

• 6her euaion of sae

Lab experimentation:E>&erimen o deermine he %aen heaof fusion (cf ) for 'aer.

ace o acende&enden

!earnin" T!T! T 5 6 ! T 5 6

# # # ; 8 # ; ; 2#

Chapter !First La" of Thermodynamics: Closedystem

• nroducion o he firs %a'of hermodynamics

• ea ransfer

• Mechanica% forms of 'or*

• The firs %a' of hermodynamics

• A sysemaic a&&roach o &ro%em so%+in"

• S&ecific heas

• nerna% ener"y/ enha%&y and

s&ecific heas of so%ids and %iuids• Thermodynamics as&ecs of

io%o"ica% sysems

Lab experimentation:E>&erimen o demonsrae he re%aionshi& e'een &o'er in&u and surfaceem&eraure in free con+ecion.

# # # ; 8 # ; ; 2#

Chapter #First La" of Thermodynamics: Control$olumes

• Thermodynamics ana%ysis ofconro% +o%umes

• The seady;f%o' &rocess

• Seady;f%o' en"ineerin" de+ices

• nseady;f%o' &rocesses

Lab experimentation:E>&erimen o demonsrae he re%aionshi& e'een &o'er in&u and surface em&eraure in forced con+ecion.

3 3 # ; 3 ; ; 17

8/20/2019 DME Course (DME 3013)


Chapter %econd La" of Thermodynamics

• nroducion o he second %a' of hermodynamics

• Therma%;ener"y reser+oir

• ea en"ines• $efri"eraors and hea &um&s

• $e+ersi%e and irre+ersi%e &rocesses

• The Carno cyc%e &rinci&%es/ heaen"ines/ refri"eraor and hea &um&

ace o acende&enden

!earnin" T!T! T 5 6 ! T 5 6

# # ; ; 8 # ; ; 20

Total 17 18 1 0 38 18 0 0 107

T6TA! DED AND NDE5ENDENCE!EA$NN

ace o acende&enden

!earnin"

!ecure 17 38

Tuoria% 18 185racica% 1 0

uiBBes(uiB 1 2)

1 2

Assi"nmen (1000 'ords)

0 -

!a re&ors 0 8

Mid;erm e>aminaion

2 2

ina%e>aminaion

2 2

Toa% -8 9-Toa% Suden!earnin" Time

(S!T)133

Credi ours 3

18. Main $eferences Su&&orin" he Course:

1. unus/ A. C. and Michea%/ A. F. (2011)/ Thermodynamics: An En"ineerin" A&&roach/ 9h

Ed./ Mcra' i%%.2. Michea%/ G. M. and o'ard/ N. S. (200#)/ undamena%s of En"ineerin" Thermodynamics/ -

h

Ed./ Gohn =i%ey Sons.

8/20/2019 DME Course (DME 3013)


C&'()*'+,)CT &'TC&-) P(&/(0- &'TC&-) -0T(I

C&'() C&) DME 3013 C)NT() &F T'3D5!6MA N MECANCA!ENNEE$N

C&'() N0-) TE$M6DNAMCS 1 'P0T) +3 D$. !E6 SN !M

C()IT 4&'( 3.0 0T) 10T

GNE 201#

C&'() L)0(NIN/ &'TC&-)

P(&/(0--) L)0(NIN/ &'TC&-)T)0C4IN/

PL&

1PL&

2PL&

!PL&

#PL&

%PL&

5PL&

6PL&

7

PL&8

• Define he asic &rinci&%e of hermodynamics.(C1/ 5!61)

√!ecureTuoria%

uiB Assi"nmen

Mid;ermina% E>am

• Discuss he fundamena%

hermodynamics &rinci&%es, in +arious en"ineerin" a&&%icaions.(C2/ 5!61)

√!ecureTuoria%

uiB Assi"nmen

Mid;ermina% E>am

• A&&%y idea% cyc%e ana%ysis o

sim&%e hea en"ine cyc%es oesimae herma% efficiencyand 'or*.(C3/ 5!61)

√!ecureTuoria%

uiB ina% E>am

• Demonsrae asic s*i%%s o

so%+e &racica% &ro%ems inhermodynamics.(C3/ A3/ 5-/ 5!62/ 5!63)

√ 5racica% !a re&ors

• Deermine hermodynamic &ro&eries of &ure susances from a%es of &ro&ery daa.(C#/ 5!63)

√!ecureTuoria%

uiB Assi"nmen

Mid;ermina% E>am

&$)(0LL √ √ √!ecureTuoria%5racica%

uiB Assi"nmen

Mid;ermina% E>am

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DME Course (DME 3013)