화공열역학1

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공학 >화공 >화학공학
강의학기

2016년 2학기

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강의계획서

화공열역학의 기본법칙 및 기초지식으로서 열역학 제1,2법칙, 순수유체의 용량특성치, 열효과, 유체의 열역학적 특성치, 유동공정의 열역학에 관한 제반이론을 습득한다.

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Chapter 1 Introduction

차시별 강의

1.	Chapter 1 Introduction	1.3 Measures of Amount or Size 1.6 Pressure 1.7 Work
	Chapter 1 Introduction	1.8 Energy 1.9 Heat
2.	Chapter 2 The first law and other basic concepts	2.1 Joule's Exp. 2.2 Internal Energy 2.3 The first law of thermodynomics 2.4 Energy balance for closed systems 2.5 Thermodynamic state and state functions
	Chapter 2 The first law and other basic concepts	2.7 The phase rule 2.8 The reversible Proess 2.9 Constant-U and Constant-P process 2.10 Enthalpy
3.	Chapter 2 The first law and other basic concepts	2.11 Heat capacity 2.12 Mass and Energy balances for open sys.
	Chapter 2 The first law and other basic concepts	2.13 Energy balances for steady-state flow processes
4.	Chapter 3 Volumetric properties of pure fluids	3.1 PVT behavior of pure substances
	Chapter 3 Volumetric properties of pure fluids	3.2 Virial eq of state 3.3 Ideal gas
5.	Chapter 3 Volumetric properties of pure fluids	Isothemal process, Isobaric process, Isochoric process, Adiabatic process, polytropic process, Irreversible process
	Chapter 3 Volumetric properties of pure fluids	3.4 Application of the virial eq. 3.5 cubic eq. of state
6.	Chapter 3 Volumetric properties of pure fluids	3.6 Generalized Correlations for gases 3.7 Generalized correlations for liquid
	Chapter 4 Heat effect	4.1 Sensible heat effect 4.2 LATENT Heats of pure substances
7.	Chapter 4 Heat effect	4.3 Standard heat of reaction 4.4 Standard heat of formation 4.6 Temperature dependence of ΔH˚
	Chapter 5 The second law of thermodynamics	5.2 heat engines 5.3 Thermodynamic temp. scales
8.	Chapter 5 The second law of thermodynamics	5.4 Entropy 5.5 Entropy changes of on ideal gas
	Chapter 5 The second law of thermodynamics	5.6 Mathmatical statement of the second law 5.7 Entropy balance for open system
9.	Chapter 5 The second law of thermodynamics Chapter 6 Thermodynamic properties of fluids	5.8 Calculation of ideal work 5.9 Lost work 5.10 The third law of thermodynamics 6.1 Property relations for homogeneous phase
	Chapter 6 Thermodynamic properties of fluids	ideal gas, functions
10.	Chapter 6 Thermodynamic properties of fluids	6.2 Residual Property 6.3 Residual properties by equation of state
	Chapter 6 Thermodynamic properties of fluids	6.4 Two phase system
11.	Chapter 6 Thermodynamic properties of fluids	6.7 Generalized property correlations for gases

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운영자2017-05-17 09:54: KOCW운영팀입니다. 강의교재는 Introduction to chemical engineering thermodynamic, J.M. Smith et al, McGRAW Hill / 화공공학열역학, J.M. Smith et al, McGRAW Hill 입니다.