1. No category

Syllabus‐Summer2015
MCG3143
1.Introductionandobjectives
The content of this course covers all content of Fluids II expect for the compressible flow
section, which is not part of the official calendar of this course. Since blood has very complex
behaviour,wehavetocovermorematerialthanFluidsIIsuchasunsteadyflowbecauseblood
flowispulsatileandisanon‐Newtonianfluid.
You will learn computational tools particularly computational fluid mechanics (CFD). This is
becauseCFDisanimportantskillyouneedtohave asanengineer.Youwillalsobenefitfrom
having3laboratorysessions:bloodrheology,microfluidicsandwind‐tunnel.
Some examples of problems you will learn how to analyze are: Fluid lubrication in human
prosthesishipjoint,couetteviscometer,shearstressonarterialendothelialcells,applicationof
thebioheadequation,biomechanicsofswimming,GossamerCondorversusAlbatros,flowofa
white blood cell in a micro channel, and capillary viscometer for non‐Newtonian fluid among
others.
2.Materialcovered
Thefollowingtopicswillbecovered–seedetailedtimetableatendofdocument:
Differentialtreatmentoffluidmotion.
Computationalfluiddynamics.
Non‐Newtonianfluids.
Flowsinthehumansystems
Flowoverimmersedbody.
Pumps.
Experimentaltechniques
3.Pre‐requisites&sequencing
(MCG2142,MCG3335)forMCGstudentsorCHG2312forCHGstudents.
4.Teachingstaff
Professor:
MarianneFenech,Ph.D.,PEng
Email: [email protected]
Teachingassistants: RymMehri([email protected])
ErfanNiazi([email protected])
Officehours: byappointment(email)
5.Scheduling‐‐‐
Lecture1 Monday11:30‐14:30
Lecture2 Wednesday12:00‐15:00
MCD121
MNT207
Tuesday13:00‐16:00(official)STE2052(Compter)
Laboratory1
ORTBD
D102(wetlab)
Tutorial1 Wednesday15:30‐17:00
STEF0126
Tutorial2 Thursday14:00‐15:30
STEF0126
Laboratories:
Bloodvisosimetry
Mygroup:
Date:
(CBYD102)
Microfluidics
Mygroup:
Date:
(CBYD102)
6.Markingscheme&open‐endedcomprehensiveassignment
Knowledgeandcapabilitieswillbeassessedthrough:
Design(CFD) (report)
20%
Matlab(report)5%
Laboratories(report)10%
Midtermexams
20%
Finalexam
45%
Students must obtain a passing weighted average (55%) for the midterms and final exams
combined to pass the course. Failing this requirement will result in a failing F mark for the
course.Thisisirrespectiveofthenumericalresultobtainedforallevaluationitemscombined.
Lateworkpolicy:upto7dayslate:20%off,morethan7dayslate:zeromark
All components of the course (i.e laboratory reports, assignments, etc.) must be fulfilled
otherwisestudentsmayreceiveanINCasafinalmark(equivalenttoanF).
Laboratoryattendanceismandatory.
Classattendanceismandatory.Asperacademicregulations,studentswhodonotattend80%of
theclasswillnotbeallowedtowritethefinalexaminations.
7.Deliverables
Midterms:
Matlabassignment(Report):
CFDproject(Report):
Laboratory(Reports):Theweekafterthelaboratorysession,duringTutorial.
8.Textbookandreferences
K.B.Chandranetal.BiofluidMechanics:TheHumanCirculation.TaylorandFrancis.2dedition.
LecturesnotescanbepurchasedatthephotocopycentreinMacDonald004(offthetunnel)or
downloadthepdfversionandprintit!
Coursewebsite:
http://by.genie.uottawa.ca/~mfenech
Files’password
UOttawaMCG
9.Delivery,rules&regulationsandothernotes
Specifictothiscourse:
WHMIS: You must have completed your on‐line WHIMS (Workplace Hazardous Materials
InformationSystem)trainingfortakingthiscourse,asitinvolveslaboratoryexperiments.
Labsafety:Eachstudentmustconducthimself/herselfinamannerthatensuresthesafetyofall
individualsinthelaboratory.Becauseofthenatureoflaboratorywork,somemovingpartsare
unguarded.Avoidlooseclothingsuchasloosecoats,longshirtsleeves,tiesandlong,loosehair
that may be caught and drawn into the machinery. Students must not handle any switches,
valves or other parts of the undergraduate laboratory equipment unless instructed by the
demonstrator.Studentsmustnothandleanyresearchapparatusinthesamearea.
Any accident including chemical spills, however slight, must be reported immediately to the
professor,and/orthedemonstrator,and/ortechnician.
Anydisregardtotheseorothersafetyrules,evenminor,mayleadtothestudentANDHIS/HER
WHOLETEAMbeingexcludedfromthelaboratoryforthesession.Thiswillautomaticallylead
to zero marks for the laboratory. TAs, technicians and demonstrators are fully authorised to
applythispolicy.
Students are responsible for signing the attendance sheets that will circulate during
presentations,seminarsandlaboratories.Nosignaturewillbeconsideredasabsence.
Generalrules&regulation,andothernotes
All electronic communications pertaining to any aspect of this or any other course must be
madeusinguOttawaemailaddressesexclusively.
FacultyofEngineeringAcademicRegulations:
http://www.engineering.uottawa.ca/en/undergraduate/current_students/
AcademicFraud:
Informationaboutonacademicfraudmaybefoundat:
Seealsohttp://web5.uottawa.ca/mcs‐smc/academicintegrity/regulation.php
Allimportantdatesanddeadlinesfortheacademicyear:
http://www.registraire.uottawa.ca/Default.aspx?tabid=2672
Unexcusedabsencefromanexamwillresultinagradeof0forthatexam.Studentswhodonot
feelsufficientlywellonthedayoftheexamshouldrefrainfromattending. However,students
must provide written original evidence justifying their absence from their doctor or the
UniversityofOttawaHealthServices,datedforthedayoftheexam.Writtenevidencemustalso
beobtainedforunforeseenmattersotherthanhealth.Formidtermexamstheevidencemustbe
supplied to the professor who will unilaterally decide of remedial measures to be taken with
regardstothemissingmarks.ForfinalexamstheevidencemustbeprovidedtheUndergraduate
OfficeoftheFaculty.
Studentstowhomaprerequisitewaiverwasgrantedtowardsthiscoursearefullyresponsible
formakingupanyandalllackinknowledgeorcapabilities.
10.Detailedtimetable(estimate)
May1,June18
Monday4May
Lecture1:
Tuesday5May
Laboratory:
Wednesday6May
Lecture2:
Wednesday6May
Tutorial1:
ThursdayMay7
Tutorial2:
Monday11May
Lecture1:
Tuesday12May
Laboratory:
Wednesday13May Lecture2:
Wednesday13May Tutorial1:
Thursday14May
Tutorial2:
Monday18May
Lecture1:
Tuesday19May
Laboratory:
Wednesday20May Lecture2:
Wednesday20May Tutorial1:
Thursday21May
Tutorial2:
Monday25May
Lecture1:
Tuesday26May
Laboratory:
Wednesday27May Lecture2:
Wednesday27May Tutorial1:
Thursday28May
Tutorial2:
Monday1June‐Thursday4June
Monday8June
Lecture1:
Tuesday9June
Laboratory:
Wednesday10June Lecture2:
Wednesday11June Tutorial1:
Thursday12June
Tutorial2:
Saturday,June13,
Lecture1:
Monday15June
Lecture1:
Tuesday16June
Laboratory:
Wednesday17June Lecture2:
Wednesday17June Tutorial1:
Thursday18June
Tutorial2:
Chapter1
Chapter2
1
1
Chapter2
SIT2052,Biosafetyawarenesstraining
Chapter3
2
3
VictoriaDay CBYD102:OnegrouponTuesday,othertimeslotswillbearranged
Chapter4
3
3
Chapter5
SIT2052,Matlab
Chapter5
Midterm
5
Readingweek Chapter6
CBYD102:OnegrouponTuesday,othertimeslotswillbearranged
Chapter6
6
6
SIT2052,CFD
Chapter7
SIT2052,CFD
Chapter7
7
7