Advanced Flud Dynamics

Information for 2017/18.

This is a Level M/7 course given in the first semester of the academic year. Lectures are timetabled for 12pm Mondays, 1pm on Tuesdays and 11am on Fridays. The courses includes 30 lectures of new material, together with problems classes. The formal requirements are available elsewhere on the web. This web-page provides local resources for the course in electronic form.

Handouts, Example sheets, Animations , Notes .

1. Handouts
   • Administrative arrangements
   • Syllabus
   • Booklist
   • Vector calculus
   • Navier Stokes equations in curvilinear coordinates
   • Pipe flow
   • Flow past a sphere at various Reynolds Numbers
   • Stokes flow past a droplet
   • Some potential flow solutions
2. Example sheets and solutions

   Sheet 1	Solutions
   Sheet 2	Solutions
   Sheet 3	Solutions
   Sheet 4	Solutions
   Sheet 5	Solutions
   Sheet 5b	Solutions
   Sheet 6	Solutions
   Sheet 7	Solutions Maple worksheet
   Sheet 8	Solutions

3. Animations and MAPLE worksheets [Right click to download MAPLE files]
   • Persistent oscillation of a flat plate
   • Impulsively started flat plate
   • Burgers vortex
   • G. I. Taylor: Low Reynolds Number
   • Corner eddies in Stokes Flow (Maple worksheet)
   • Streamlines for Taylor Scraper
   • Streamlines for corner eddy
   • Blasius Boundary Layer (Maple worksheet)
   • Falkner Scan Boundary Layer (Maple worksheet)
4. Exams and solutions
   • 2012 Exam Solution
   • 2013 Exam Solution
   • 2014 Exam Solution
   • 2015 Exam Solution
   • 2016 Exam Solution
   • 2017 Exam Solution
5. Summary of lecture notes
   • Fluid Dynamics Level 6 (Inviscid fluid dynamics lectured by Prof. Jens Eggers.)
   • Chapter 1 pdf
   • Chapter 2 pdf
   • Chapter 3 pdf
   • Chapter 4 pdf
   • Chapter 5 pdf
   • Chapter 6 pdf

Andrew Hogg School of Mathematics University of Bristol University Walk Bristol. BS8 1TW

Telephone: +44 (0)117 928 7987 Fax: +44 (0)117 928 7999 Email:a.j.hogg@bristol.ac.uk