Thermodynamics I Course Outline

Thermodynamics I

Course Outline

C H A P T E R 1
:
Getting Started: Introductory
Concepts and Definitions



Usi ng Thermodynami cs



Descri b
i ng Systems and Thei r Behavi or



Measuri ng Mass, Length, Ti me, and Force



Speci fi c Vol ume and Pressure



Measuri ng Temperature

C H A P T E R 2
:
Energy and the First Law of
Thermodynamics




Work

and
Energy



Energy Transfer By Heat



Energy Accounti ng: Energy Bal ance for Cl osed Systems



Energy Anal ysi s of Cycl es

C H A P T E R 3
:
Evaluating Properties




Fi xi ng the State



p
–
v
–
T Rel ati on



Retri evi ng Thermodynami c Properti es



General i zed Compressi bi l ity Chart



Ideal Gas Model



Internal Energy, Enthal py, and Speci fi c Heats of Ideal
Gases



Eval uati ng

u and

h usi ng Ideal Gas Tabl es, Software,
and Constant Spe
ci fi c Heats



Pol ytropi c Process of an Ideal Gas

C H A P T E R 4
:
Control Volume Analysis Using
Energy




Conservati on of Mass for a Control Vol ume



Conservati on of Energy for a Control Vol ume



Anal yzi ng Control Vol umes at Steady State



Transi ent Anal ysi s

C

H A P T E R 5
:
Second Law of Thermodynamics




Introduci ng the Second Law



Identi fyi ng
Irreversi bi lity




Appl yi ng the Second Law to Thermodynami c Cycl es



Defi ni ng the Kel vi n Temperature Scal e



Maxi mum Performance Measures for Cycl es Operati ng
Between Two Res
ervoi rs



Carnot Cycl e

C H A P T E R 6
:

Using Entropy




Introduci ng Entropy



Defi ni ng Entropy Change



Retri evi ng Entropy Data



Entropy Change i n Internal l y Reversi bl e Processes



Entropy Bal ance for Cl osed Systems



Entropy Rate Bal ance for Control Vol umes



I
sentropi c Processes



Isentropi c Effi ci enci es of Turbi nes, Nozzl es,
Compressors, and Pumps



Heat Transfer and Work i n Internal l y Reversi bl e,
Steady
-
State Fl ow Processes

C H A P T E R 7
:
Exergy Analysis




Introduci ng Exergy



Defi ni ng Exergy



Cl osed System Ex
ergy Bal ance



Fl ow Exergy



Exergy Rate Bal ance for Control Vol umes



Exergeti c (Second Law) Effi ci ency

C H A P T E R 8
:
Vapor Power Systems




Model i ng Vapor Power Systems



Anal yzi ng Vapor Power Systems
—
Rankl i ne Cycl e



Improvi ng Performance
—
Superheat and
Reheat



Improvi ng Performance
—
Regenerati ve Vapor Power
Cycl e

C H A P T E R 9
:
Gas Power Systems


INTERNAL COMBUSTION ENGINES



Introduci ng Engi ne Termi nol ogy



Ai r
-
Standard Otto Cycl e



Ai r
-
Standard Di esel Cycl e



Ai r
-
Standard Dual Cycl e

GAS TURBINE POWER PLAN
TS



Model i ng Gas Turbi ne Power Pl ants



Ai r
-
Standard Brayton Cycl e



Regenerati ve Gas Turbi nes



Regenerati ve Gas Turbi nes wi th Reheat and
Intercool i ng



Gas Turbi nes for Ai rcraft Propul si on



Combi ned Gas Turbi ne
—
Vapor Power Cycl e



Eri csson and Sti rl ing Cycl es

C H A
P T E R 10
:
Refrigeration and Heat Pump
Systems



Vapor Refri gerati on Systems



Anal yzi ng Vapor
-
Compressi on Refri gerati on Systems



Refri gerant Properti es



Cascade and Mul ti stage Vapor
-
Compressi on Systems



Absorpti on Refri gerati on



Heat Pump Systems



Gas
Refri gerati on Systems