ME:7268 Turbulent Flow (Spring 2023)
College of Engineering, The University of Iowa

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Quick information

Teaching Assistants

Class Location:  3026 SC

  Time and Days:  12:30P-1:45P Tuesday, Thursday
Instructor:  Professor Frederick Stern
Office: 223C Hydraulics Lab
Phone:  335-5215
email:   frederick-stern@uiowa.edu
office hours: by appointment

http://user.engineering.uiowa.edu/~fluids/

http://user.engineering.uiowa.edu/~me_260/Viscous_flow_main.htm

https://user.engineering.uiowa.edu/~me_160/

 

Research websites:
https://stern.lab.uiowa.edu/

 Name: Christian Milano

 EMAIL: christian-milano@uiowa.edu

 Duties: HW questions, and grading

 TA Office hours: [2PM-3PM Tuesday, Thursday]

                               [IIHR]

 

 

 

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Lecture notes

 

Chapter 1 (Introduction)

 

Chapter 2 (Averages, Correlations and Spectra)

 

Chapter 3 (Turbulent Flow Equations), BW version

 

Chapter 4 (Scales of Turbulence)

Part 0: The Energy Cascade and Kolmogorov Hypotheses

Part 1: Spectral representation of e

Part 2: Consequence of Isotropy

Part 3: The Smallest Scales

Part 4: Inertial Subrange

Part 5: Relations between 1D and 3D spectra

Part 6: 1D Spatial and Time Series Spectra

Part 7: Analysis of Kolmogorov Spectra

Part 8: Structure Functions

 

Chapter 5 (Isotropic Turbulence)

Part 1: Energy Decay

Part 2: Modes of Isotropic Decay and Self-Similarity

Part 3: Equation for Two-Point Correlations & Self-Preservation and the K-H Equation

Part 4: Energy Spectrum Equation

Part 5: Energy Spectrum Equation via Fourier Analysis of the Velocity Field

Part 6: Limitations, shortcomings, and refinements

 

Chapter 6 (Turbulent Transport and its Modeling)

Part 1: Molecular Momentum Transport

Part 2: Lagrangian Analysis of Turbulent Transport

Part 3: Homogeneous Shear Flow

Part 4: Vorticity Transport

 

Chapter 7 (Free Shear Flows) - Bernard

Part 0: Coherent Structures

Part 1: Introduction

Part 2: Turbulent Wake

Part 3: Turbulent Jet

Part 4: Turbulent Mixing Layer

 

Chapter 7 (Free Shear Flows) – Pope

Part 1: Round and 2D jets

Part 2: Plain Wake and Plain Mixing Layer

 

Chapter 8 (Channel and Pipe Flows)- Bernard

Part 0: Coherent Structures

Part 1: Channel Flow

Part 2: Pipe Flow

 

Chapter 8 (Channel and Pipe Flows)- Pope

Part 1: Channel Flow

Part 2: Pipe Flow

 

Chapter 9 (Boundary Layers) - Bernard

 

Chapter 9 (Boundary Layers) – Pope

Part 1: Boundary layer flow

Part 2: Mixing length

 

Chapter 10 (Turbulence Modeling)

      - Bernard

      - Pope

 

 

Please send comments to:  christian-milano@uiowa.edu
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