Course Info

Instructor:	Prof. Ain Sonin
Course Number:	2.27
Departments:	Mechanical Engineering
As Taught In:	Spring 2002
Level:	Graduate

Topics

Engineering

Chemical Engineering

Transport Processes

Mechanical Engineering

Fluid Mechanics

Ocean Engineering

Hydrodynamics
Science

Physics

Thermodynamics

Learning Resource Types

Lecture Notes

Problem Sets

Resources

Assignments

Problem 3.1: Scales of turbulent motion.

Problem 5.1: The Kolmogorov microscale, the viscous sublayer, and the inertial sublayer

Problem: Friction in Turbulent Hydrodynamic Bearings

Lecture Notes

Bounded Flows I: General Near−Wall Scaling Laws; Flows in Pipes, Channels, etc.

Buoyant Plumes, Thermals, etc.

Concepts in Turbulence

Dispersion in Pipe and Channel flow

Free Shear Flows I: Jets, Wakes, etc.−Solutions Based on Simple Mean−Flow Closure Schemes

Introduction to Turbulence Models

Introduction to Turbulent Boundary Layers

Review of Fundamental Laws and Constitutive Equations

Course Info

Instructor:	Prof. Ain Sonin
Course Number:	2.27
Departments:	Mechanical Engineering
As Taught In:	Spring 2002
Level:	Graduate

Topics

Learning Resource Types

Lecture Notes

Problem Sets