課名：Transport Phenomena and Unit Operations (II) (戴怡德)

課號： 學分數：3

一. 內容


I Heat Transfer

Chap.1 Introduction
mechanism
heat flux, transfer rate & units

Chap.2 Heat condition
Fourier’s law & thermal conductivity
equation of energy
1-D steady state heat condition
optimal thickness of insulation
2-D steady state heat condition
transient heat condition
extended surface

Chap.3 Convective heat transfer
heat transfer coefficient
internal heat transfer
external heat transfer
natural convection

Chap.4 Radiation heat transfer
radiation intensity
black body radiation
Kirchhoffs law
gray surface
view factor
radiation among bodies

Chap.5 Heat transfer with phase change
boiling
condensation

Chap.6 Heat exchanger design
classification
overall heat transfer coefficient
NTU method
double pipe heat exchanger
shell and tube heat exchanger

Chap.7 Evaporation
classification
design of multi-effect evaporator

II Fundamentals of mass transfer

Chap.8 Introduction
molecular diffusion
Fick’s law & diffusivity
mass diffusion equation

Chap.9 Interphase mass transfer
mechanisms
mass transfer coefficient
local & overall mass transfer coefficient

Chap.10 Momentum, heat and mass transfer analogy
dimensionless group
similarity parameter
Reynolds analogy

二. 教科書

1. “Transport Phenomena” Bird, Stewart & Lightfoot, 2nd edition
2. “Chemical Engineering” Volume I, Coulson & Richardson, 6th edition

三. 成績評量方式

期末考 40％
期中考 30%
平時考核 20%
習題 10%