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INDUSTRIAL FLUID MECHANICS MECH 386

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Abstract: Nader Noroozi, PhD candidate. ICICS X227, 6048229129. [email protected] Class Format. Three 1hour classes each week (M,W,F – 13.0014.00)  Frank Forward 303. Guest Lectures. Field trip. Course Synopsis. This course is an introduction to

MECH 386 – INDUSTRIAL FLUID MECHANICS
INDUSTRIAL FLUID MECHANICS
MECH 386
Contact information
Dr. Dana Grecov
Mechanical Engineering
CEME 2060
6048226710
[email protected]
Teaching Assistant
Nader Noroozi, PhD candidate
ICICS X227, 6048229129
[email protected]
Class Format
Three 1hour classes each week (M,W,F – 13.0014.00)  Frank Forward 303
Guest Lectures
Field trip
Course Synopsis
This course is an introduction to industrial fluid mechanics. According to J. C. R. Hunt (a
famous fluid mechanics specialist): “industrial fluid mechanics broadly covers those
aspects of the design, manufacture, and operation of industrial products that are related to
fluidflow problems; the subject includes the related fluidmechanics research and its
application, as well as the technology associated with fluid flow.” In general, such flows
are too complex to analyze exactly.
Why study Industrial Fluid Mechanics?
By studying typical industrial problems, you will develop the skills needed to perform a
good analysis and diagnosis on the types of engineering and research problems which may
be faced during your professional career, and devise ways to solve them.
1
MECH 386 – INDUSTRIAL FLUID MECHANICS
Learning Objectives
By the end of the course it is expected that students will be able to:
 Extend what you have learned to more complicated “industrial” systems
 Obtain exposure to a broader range of fluid mechanical problems
 Provide ability to extend to other problems
Textbook
Lecture notes will be provided on the course website. Informational sources could be
found via the following textbook:
Fluid Mechanics – Fundamentals and Applications, Yunus Cengel and John Cimbala
Problem sets
After each major topic (7), an assignment based on a problem set will be distributed.
Term Project
Each student will be required to carry out an independent project. For this project you
will make contact with a local company (e.g. Ballard, Scott Paper, Lafarge, etc.) and ask
an engineer at the company to describe some industrial fluid mechanics problem they
face or faced (e.g. designing a new piping network, monitoring flow conditions
somewhere, etc.). Then, in a formal technical report you will document both options the
company considered and any additional options that you think they should have
considered, for addressing this problem. This report must be quite specific, and include
appropriate engineering calculations and drawings and appendices with instrumentation
specifications.
Grading Scheme
Term project 35 %
Quizzes (3) 65 %
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MECH 386 – INDUSTRIAL FLUID MECHANICS
COURSE SYLLABUS: MECH 386
1. General review
2. Non Newtonian fluid flow
 Fluid types
 Measurement of viscosity
 Rheology of fluids
3. Turbulence
 Review of concepts, Models of closure used in CFD
4. Pipe Flow
 Review of Newtonian fluid flow in round pipes
 NonNewtonian pipe flow
 Example: Pulp suspension flows in pipes (guest lecturer)
 Compressible pipe flow
 Pipe network analysis
5. Pumps
 Review
 Non dimensional variables and specific speed
 Positive displacement pumps
 Systems of pumps
 Industrial practice
6. Lubrication
 General Overview
 Hydrodynamic lubrication – bearings
 Heavy Oil transportation
7. Renewable energy technologies
 Wind turbine
 Wave energy (Wells turbine)
 Tidal power
8. Multiphase flows
 Equations of motion
 Fluidsolid flow
3
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