화공양론

건국대학교
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페이스북 트위터 카카오톡 네이버밴드 링크복사

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공학 >화공 >화학공학
강의학기

2019년 1학기

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27,900

강의계획서

This course is an essential course for chemical engineering students to educate unit conversions ability and analyze the given process through the mass/Energy balance. It gives them the ability to apply in other chemical processes.

- One can use unit conversions in all areas of chemical engineering.

- One can apply material balance to chemical processes.

- One can apply energy balance to chemical processes.

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

and Chapt 2.

차시별 강의

1.	and Chapt 2.	Syllabus Brief introduction to chemical engineering and the subject system of units, conversion of units, Dimensional consistency
2.	Introductory concepts.	The mole and molecular weight. Basis, Density and specific gravity, cocentration, temperature
	Introductory concepts.	Pressure and hydrostatic head, flow rate
	Introductory concepts.	Pressure and hydrostatic head, flow rate
3.	Materials balances	Materials balances A general strategy for solving material blance problems
	Materials balances	Materials balances A general strategy for solving material blance problems
4.	Material balances without reaction	Material balances without reaction
5.	Materials balances involving reactions	Stoichiometry,species mole balances
	Materials balances involving reactions	Stoichiometry,species mole balances
6.	Materials balances involving reactions	element materials balances, combustion systems.
7.	Materials balances for combustion systems	Materials balances for combustion systems
8.	Materials balances for multi-unit system	Materials balances for multi-unit system
9.	Energy balances	Concept and unit, Calculation of Enthalpy Changes
	Energy balances	Concept and unit, Calculation of Enthalpy Changes
10.	Energy balances	Energy balances
	Energy balances	Energy balances
11.	Energy balances	Energy balances
	Energy balances	Energy balances
12.	Energy balances	Energy balances
	Energy balances	Energy balances
13.	The mechanical energy balance	The mechanical energy balance
14.	Unsteady-state material and energy balance	Unsteady-state material and energy balance
	Unsteady-state material and energy balance	Unsteady-state material and energy balance