ADVANCED HEAT AND MASS TRANSFER
高等熱質傳

INSTRUCTOR: LIAO, YING-CHIH(廖英志) OFFICE: ENG 477
EMAIL:LIAOY@NTU.EDU.TW
TEL: 3366-9688
TEACHING ASSISTANT(TA): TBA TBA
TEXTBOOK: TRANSPORT PHENOMENA BY BIRD, STEWART, AND LIGHTFOOT; 2ND REVISED EDITION, 2007
OBJECTIVE: THE OBJECTIVE OF THIS COURSE IS TO PROVIDE AN OVERVIEW OF HEAT AND MASS TRANSFER THEORY AND APPLICATION. THIS COURSE ALSO INTENDS TO PROVIDE THE BACKGROUND FOR ADVANCED RESEARCH RELATED TO HEAT AND MASS TRANSFER OR TRANSPORT PHENOMENA IN CHEMICAL ENGINEERING.
COURSE WEBSITE:
CLASS SCHEDULE: MON 9:10~10:00 (普202), WED 10:20~12:10(普303)
INSTRUCTOR OFFICE HOURS: MON 10:00~12:00
TA OFFICE HOURS: TBA
GRADING: HOMEWORK 20% QUIZ 15%
MIDTERM 30% FINAL 35%
HOMEWORK: NORMALLY HOMEWORK WILL BE ASSIGNED BIWEEKLY ON WEDNESDAYS.
COURSE OUTLINES: 1. INTRODUCTION
2. MOLECULAR MECHANISMS OF HEAT TRANSFER
3. THE EQUATIONS OF CHANGE FOR NONISOTHERMAL SYSTEMS
4. HEAT TRANSFER BY CONDUCTION AND CONVECTION
5. RADIATION HEAT TRANSFER
6. MOLECULAR MECHANISMS OF MASS TRANSFER
7. THE EQUATIONS OF CHANGE FOR MULTICOMPONENT SYSTEMS
8. MASS TRANSFER BY DIFFUSION AND CONVECTION
9. IRREVERSIBLE THERMODYNAMICS AND MULTICOMPONENT HEAT AND MASS TRANSFER
REFERENCES: CRANK, “THE MATHEMATICS OF DIFFUSION”, 2ND ED., 1980.
LEAL, “ADVANCED TRANSPORT PHENOMENA: FLUID MECHANICS AND CONVECTIVE TRANSPORT PROCESSES”, 2007.
SCHLICHTING AND GERSTEN., "BOUNDARY LAYER THEORY", 8TH ED., 2000.
TAYLOR AND KRISHNA, “MULTICOMPONENT MASS TRANSFER”, 1993.