57:020 Mechanics of Fluids and Transport Processes
College of Engineering, The University of Iowa


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Class news

 

Quick information
Class Location:  1505 SC
Time and Days:  11:30 am - 12:30pm MWF
Instructor:  Professor Frederick Stern
Office: 223C Hydraulics Lab
Phone:  33 5-5215
email:   frederick-stern@uiowa.edu

office hours: 3:00pm - 4:00pm MWF (or by appointment)
ISTUE Project Website:
http://www.iihr.uiowa.edu/~istue
Research websites:
http://www.iihr.uiowa.edu/~shiphydro


The teaching module materials on this website are based upon work supported by the National Science Foundation under Grant No. 0126589.
 

 

 

 

 

Teaching assistants
Name EMAIL (@uiowa.edu) Duties Office hours
(1307SC)
Surajeet
Ghosh
surajeet-ghosh  EFD 1:30-2:20M  
Xiongbin Liu xiongbin-liu-1 EFD 1:30-2:20W
Anthony
Dix
anthony-dix EFD 1:30-2:20F
Tao Xing tao-xing CFD 2:30-3:20M
(223F HL)
Manivannan
Kandasamy
manivannan-kandasamy CFD  2:30-3:20W
(223F HL)
Nobuaki
Sakamoto
nobuaki-sakamoto CFD  2:30-3:20F
(223-10 HL)
Brett Bathel brett-bathel HW 12:30-1:20MWF
Quanxin Xia quanxin-xia HW 1:30-2:20TTh
Yongli Zhao yongli-zhao HW 1:30-2:20MWF
Jun Shao jun-shao EXAM By appointment
(223-25 HL)
Note: EFD and CFD Lab TA's office hours available ONLY from one week before that lab starts to the week when the lab report is due.
Lecture notes
Chapter 1
Chapter 2
Chapter 3,
Chapter 4
Chapter 5

Chapter 6
Chapter 7
Chapter 8
Chapter 9
Chapter 10
Chapter 11

 
ISTUE Teaching Modules for Introductory Level Fluid Mechanics
Teaching Modules TM for Fluid Property TM for Pipe Flow TM for Airfoil Flow
Overall Purpose

Hands-on student experience with table-top facility and simple MS for fluid property measurement, including comparison manufacturer values and rigorous implementation standard EFD UA

Hands-on student experience with complementary EFD, CFD, and UA for Introductory Pipe Flow, including friction factor and mean velocity measurements and comparisons benchmark data, laminar and turbulent flow CFD simulations, modeling and numerical methods and verification studies,  and validation  using AFD and EFD.

Hands-on student experience with complementary EFD, CFD, and UA for Introductory Airfoil Flow, including lift and drag, surface pressure, and mean and turbulent wake velocity profile measurements and comparisons benchmark data, inviscid and turbulent flow simulations, , modeling and numerical methods and verification studies ,  and validation  using AFD and EFD.

Educational Materials FM and EFD lecture; lab report instructions; pre lab questions, and EFD exercise notes. FM, EFD and CFD lectures; lab report instructions; pre lab questions, and EFD and CFD exercise notes. FM, EFD and CFD lectures; lab report instructions; pre lab questions, and EFD and CFD exercise notes.
ISTUE ASEE Papers Paper 1, Paper 2, Paper 3
FM Lecture

Introduction to Fluid Mechanics

Lab Report Instructions

EFD Report Instructions (PDF, DOC); CFD Report Instructions (PDF, DOC)

EFD EFD Lecture: EFD_and_UA
EFD Lab1 EFD Lab2 EFD Lab3
Pre lab1 Questions

Lab1 Lecture

Lab1_Exercise_Notes (DOC file)

Lab1_Data Reduction Sheet

Lab1_Concepts

Pre lab2 Questions

Lab2 Lecture

Lab2_Exercise_Notes

Lab_2_Data_Reduction Sheet (smooth)
Lab_2_Data_Reduction_Sheet (rough)

EFDlab2-Template.doc

Lab2_Concepts

Pre lab3 Questions

Lab3 Lecture

Lab3 Exercise Notes

Lab3 Data Reduction Sheet

Lab3_Concepts

UA (EFD)

References: EFD UA Report, EFD UA Summary, EFD UA Example

CFD

CFD Lecture: Introduction to CFD 

FlowLab Quick Mannual

 

CFD Lab1

CFD Lab2

  CFD Prelab1: (PDF, DOC)

CFD Prelab1 Questions: (PDF, DOC)

CFD Lab1: (PDF, DOC)

Lab_Concepts

CFDlab1-Template.doc 

EFD data:

axialvelocityAFD-laminar-pipe.xy

axialvelocityEFD-turbulent-pipe.xy

pressure-EFD-turbulent-pipe.xy

 

CFD Prelab2: (PDF, DOC)

CFD Prelab2 Questions: (PDF, DOC)

CFD Lab2: (PDF, DOC)

Lab_Concepts

CFDlab2-Template.doc 

EFD data:

Pressure-coef-attack0.xy

Pressure-coef-attack06.xy

Pressure-coef-attack13.xy

Pressure-coef-attack16.xy

UA (CFD)

 

Please send comments to : tao-xing@uiowa.edu
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© 1999-2006. The Iowa Institute of Hydraulic Research. All rights reserved.