Is this how
you begin
writing a
paper?
(Resources, 2008)
Make a safety net
Organize your paper
Outline your paper
C
Make a safety net
Organize your paper
Outline your paper
(Resources, 2008. Modified by author.)
Most research papers are organized with a
b
JCC 2017
Handout 13: multidimensional
conduction problems 2
CHEE 3369
Spring 2017
Reading: Welty Ch 17 and 18 or BSL Ch 12
Learning objectives:
1. Apply separation of variables and Fourier series methods to solve
steady 2-D conduction problems, with and
JCC 2017
Handout 10: lumped heat
transfer analysis
CHEE 3369
Spring 2017
Reading: Welty Ch 18
Learning objectives:
1. State the criterion for applying a lumped heat transfer analysis.
2. ?;H0;D<?43740CCA0=B54A0=0;HB8BC>M=3C4<?4A0CDA4
?A>M;4B
1
JCC 2017
JCC 2017
Handout 3: shell balances for
energy 2 (radial, spherical)
CHEE 3369
Spring 2017
Reading: Welty Chapter 15 or BSL Chapter 10
Learning objectives:
1. Use a shell balance in cylindrical and spherical coordinates to
7*<)16<-58-:)<=:-;)6,0-)<[email protected];16
JCC 2017
Handout 4: derivation of the
equations of total energy and
mechanical energy
CHEE 3360
Spring 2017
Reading: Welty Chapter 16 or BSL Chapter 10+11
(plus BSL 3.3 for mechanical energy equation)
Learning objectives:
1. Derive differential equations
JCC 2017
Handout 12: multidimensional
conduction problems 1
CHEE 3369
Spring 2017
Reading: Welty Ch 17
Learning objectives:
1. Apply separation of variables and Fourier series methods to
solve steady 2-D conduction problems, with and without heat
generat
JCC 2017
Handout 2: shell balances for
energy 1
CHEE 3369
Spring 2017
Reading: Welty Chapter 15 or BSL Chapter 10
Learning objectives:
1. Use a shell balance in rectangular coordinates to obtain
A2:[email protected];[email protected];52.AA?.;@32?=?</92:@
2. .90B9.A2A
JCC 2017
Handout 5: derivation of the
thermal energy equation
CHEE 3369
Spring 2017
Reading: Welty Chapter 16, BSL Chapter 10+11
Learning objectives:
1. Derive a differential equation for the thermal energy of a system.
2. Determine relative importance o
JCC 2017
Handout 14: unsteady
conduction with a heat-transfer
boundary condition
CHEE 3369
Spring 2017
Reading: Wiley Ch 17 and 18
Learning objectives:
1. Apply separation of variables and Fourier series methods to solve
unsteady conduction problems.
2.
JCC 2017
Handout 9: the Boussinesq
equation and free convection
CHEE 3369
Spring 2017
Reading: relevant sections in BSL Chapters 10 and 11
(not much covered in Welty)
Learning objectives:
1. Analyze free convection problems, in which changes in
A2:=2?.AB
ChE 353 HW#2
Problems A-J and example 10.2 from BSL
Recitation Quiz covers problems A, B, C, F, G, H, and K
A.
Steady-State Heat Transfer Through Annulus with Temperature
Dependent Thermal Conductivity
An annulus (e.g., a tube) has a temperature of Ti at
ChE 353 Homework #1
This homework assignment is a mathematics/physics refresher and warmup.
Many of the equations and functions employed in this assignment will be
used later in the course and the better you know the mathematics the more
you can concentra
ChE 353 Exam #3
Fall 2010
INSTRUCTIONS:
YOU WILL HAVE ONE HOUR AND 50 MINUTES
TO WORK ON THIS EXAM
YOU NEED ONLY BLANK PAPER, PENCIL OR
PEN AND ONE 3"x 5" NOTE CARD.
CALCULATORS MAY NOT BE USED.
WRITE YOUR SOLUTIONS NEATLY AND IN AN
EASY TO FOLLOW MANNER
ChE 353 Exam #2
Fall 2010
INSTRUCTIONS:
YOU WILL HAVE TWO HOURS TO WORK ON
THIS EXAM
YOU NEED ONLY BLANK PAPER, PENCIL OR
PEN AND ONE 3"x 5" NOTE CARD.
CALCULATORS MAY NOT BE USED.
WRITE YOUR SOLUTIONS NEATLY AND IN AN
EASY TO FOLLOW MANNER OR YOUR PAPER
ChE 353 Final Exam
Fall 2010
INSTRUCTIONS:
YOU WILL HAVE THREE HOURS TO WORK ON THIS
EXAM
YOU NEED ONLY BLANK PAPER, PENCIL OR PEN
AND ONE 8.5"x 11" NOTE SHEET.
CALCULATORS MAY NOT BE USED.
WRITE YOUR SOLUTIONS NEATLY AND IN AN EASY
TO FOLLOW MANNER OR YO
ChE 353 Mid-Term #1: Heat Transfer
INSTRUCTIONS: You will have a maximum of 2 hours to
complete this quiz. Please write very neatly (and orderly) and
explain everything that you do fully. Papers that are difficult
to read or follow will not be graded and