CHE 4843 Chemical Process Instrumentation _& Control
Spring 2017
Lecture 10: Transfer Functions Part 1
February 10, 2017
Upcoming Assignments Due Date
Reading Assignment Mon. Feb. 13
Chapter 5 Sections 5.5 5.7 p. 172 185
Skip Sections 5.4 and 5.8 5.9
Home
CHE 4843 Chemical Process Instrumentation & Control
Spring 2017
Lecture 3: Process Instrumentation Part 1 A c
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January 23,2017 0 H l 58"
Upcoming Assignments Due Date A NT- v I11 30 4:34)
ReadingAssignment Wed. Jan. 25 _ _
Appendix B p. 551 554 TA W "
CHE 4843 Chemical Process Instrumentation & Control
Spring 2017
Lecture 5: Dynamic Modeling Part 1
January 27, 2017
i ! Upcoming Assignments Due Date
Reading Assignment Mon. Jan. 30
Chapter '3 Sections 3.6 , 3.9 p. 97 122
,i i Homework 2 Hwk 2 Wed. Feb. I
CHE 4843 Chemical Process Instrumentation & Control
Spring 2017
Lecture 4: Process Instrumentation Part 2
January 25, 2017
Common Sensors
Examples of Sensors from Hwk 1 Submissions
Examples of Sensors from Industrial Tours
Fractionation Research Inc.: dif
CHE 4843 Chemical Process Instrumentation & Control
Spring 2017
Lecture 2: Introduction to Process Control
January 20, 2017
Upcoming Assignments Due Date 5L1Ciohw
Reading Assignment Mon. Jan. 23 swru
61W
Un- 61
Homework 1 Hwk ] Wed. Jan. 25
Assigned Probl
Program for solving a Example in Lectures 5 & 6 system of ODEs in
MATLAB using ode45 numerical integrator
For use in OSU CHE 4843 Chemical Process Instrumentation & Control.
Nomenclature . 1
Function to solve a system of odes using ode45 . 1
Setup . 1
Cal
CHE 4843 Chemical Process Instrumentation & Control
Lec
Upcoming Assignments
Homework 3
Assigned Problems on D2L
Reading Assignment
Spring 2017
ture 9: Laplace Transforms Part 2
February 8, 2017
Chapter 5 Sections 5.1 5.3 p. 157 168
Due Date
Hwk 3 Fri. Fe
CHE 4843 Chemical Process Instrumentation & Control
Spring 2017
Lecture 7: Dynamic Modeling Part 3
February 1, 2017
Upcoming Assignments
Exam 1
Covers Ch. 1 3, Hwk 1 2
Due Date
Exam 1 Fri. Feb. 3
Reading Assignment
Chapter 4 p. 131 151
Mon. Feb. 6
Homewor
CHE 4843 Chemical Process Instrumentation & Control
Spring 2017
Lecture 1: Introduction
January 18, 2017
Major Steps in Control System
Development
Typical Layers of Protection in a Modern
Chemical Plant
2 of 2
CHE 3333
Homework Set #3 (6 points)
Due: Friday, Sep 9, 2016 9:40 AM
Problem 1. (3 points)
Compute the average molecular velocity (5 in crn/s) and the mean-free path (/1 in cm) for nitrogen
at 1 atm and 303.2 K. What is the ratio of the meanfree path to t
CHE 3333
Homework Set #1 (9 points)
Due: Friday, Aug 26, 2016 9:40 AM
Problem 1. (3 points)
A Newtonian oil undergoes steady shear between two horizontal plates. The lower plate is fixed,
and the upper plate, weighing 0.05 N, moves with a constant velocit
CHE 3333
Homework Set #5 (9 points)
Due: Friday, Sep 23, 2016 9:40 AM
Problem 1. (3 points)
Use the shell-balance approach to derive the governing differential equation for the pressure drop
for a Newtonian fluid in fully developed laminar flow in the ann
CHE 3333
Homework Set #4 (9 points)
Due: Friday, Sep 16, 2016 9:40 AM
Problem 1. (3 points)
A Newtonian fluid is flowing between two parallel plates separated by a distance 2h. The pressure
drop is constant. Use the shell-balance approach to derive the go
CHE 3333
Homework Set #5 (9 points)
Due: Friday, Sep 25, 2015 ~ 9:40 AM
Problem 1. (3 points)
Use the sheilvbalance approach to derive the governing differential equation for the pressure drop
for a Newtonian uid in fully developed laminar ow in the annul
CHE 3333
Homework Set #3 (6 points)
Due: Friday, Sep 9, 2016 9:40 AM
Problem 1. (3 points)
Compute the average molecular velocity ( in cm/s) and the mean-free path ( in cm) for nitrogen
at 1 atm and 303.2 K. What is the ratio of the mean-free path to the
CHE 3333
Homework Set #2 (9 points)
Due: Friday, Sep 2, 2016 9:40 AM
For reference, see the values reported in WRF Appendix I and K.
Problem 1. (3 points)
Calculate the viscosity (in Pas) of CO2 at 256.5 K using the expression derived using the
Lennard-Jo
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School of Chemical Engineering
Chemical Engineering 3373: Chemical Engineering Thermodynamics
Homework #3
Due: 22 August 2016 at 1:20 PM
1. What two physical reference points define the modern Celsius
temperature scale?
2. Please convert 34 inches of wate
School of Chemical Engineering
Chemical Engineering 3373: Chemical Engineering Thermodynamics
Homework #2
Due: 19 August 2016 at 1:20 PM
1. Please consider the figure below that shows a pan, partially filled with
water, that has been placed on the burner