Fluid Flow through Channels
Models of fluid flow through narrow channels such as pipes
23 May 2014 to 2 Jul 2014
We will review the standard equations of fluid mechanics, and then launch into models of fluid flow in channels of various shapes (rectangular, cylindrical, parallel plates). After giving closed form solutions for incompressible flow, we will give empirical relations for compressible flow and indicate research directions.
Lecturer: Mandar Gadgil.
Venue: Noumenon Multiphysics.
List of Lectures:
|23 May 2014||Mass conservation; continuity equation|
|28 May 2014||Mechanics of momentum conservation|
|29 May 2014||Cauchy momentum equation|
|30 May 2014||Stress|
|2 Jun 2014||Pressure|
|3 Jun 2014||Linear elasticity|
|9 Jun 2014||Navier-Stokes equation|
|30 Jun 2014||Flow between parallel plates|
|1 Jul 2014||Couette flow|
|2 Jul 2014||Flow through pipe: Hagen-Poiseuille flow|
This lecture series is in progress. If you wish to attend, or wish to hold a similar lecture series at your venue, please send an email to firstname.lastname@example.org.
NOUMENON MULTIPHYSICS PROVIDES MULTI-PHYSICS MODELING AND SIMULATION SERVICES TO AUTOMOTIVE, ELECTRONICS, OPTICS, ENERGY, MECHANICAL AND MANUFACTURING INDUSTRY