
FYTA14 Fluid Dynamics, 7.5 HP
Course responsible: Patrik
Edén
Formal
course plan (pdf)
Course evaluations:
2013, 2014, 2015, 2016, 2017, 2018.
Next time:
Spring 2019, 2nd half.
Schedule spring 19:
Schedule 2019
Introductory meeting 2019:
March 27, 13.15. HUB lecture hall (K364), theoretical physics.
Literature
Benny Lautrup, Physics of Continuous Matter, CRC Press; 2 edition (ISBN 9781420077001)
A note with some errata.
Overview, time plan
Course content for the five problem solving sessions:
1: Field calculus, pressure, buoyancy
Appendix C; chapters 1, 2, 3.1
2: Continuum dynamics, geostrophic balance
Chapters 12, 18.018.2
3: Nearly ideal flow, compressible flow, waves
Chapters 13, 14, 25
4: Stress tensor, viscosity
Chapters 6, 15
5: Boundary layers, turbulence
Chapter 18.3; parts of chapters 16, 17, 31
Handins 2018
Handins are decided during the course.
Corrected solutions are in your personal boxes next to the
lecture hall.
Handin 1: Problem 4e on problem pdf. Hint: Look at note with advice on how to solve gradient equations. Corrections due: Wed Apr 24, 13.15.
Handin 2: Problem 3.2 in the book. Due: Wed Apr 24, 13.15
Handin 3: Problem 19 on problem pdf (gives hints to problem 18.2 in book). Due: Mon Apr 29, 13.15
Recommended Problems
Problem pdf. (Some answers.)
Chapter 2 extra problems: Hydrostatic astrophysics.
The latest exams:
Exam 160603. (Answers.)
Exam 160826.
Exam 170602. (Answers.)
Exam 170825.
Exam 180601. (Answers.)
Exam 180831.
Notes
Advice on how to solve gradient equations.
The Laval nozzle.
Some math with Linearized waves.
Brief summaries of:
Chap 1, App C, chap 3.1
Chap 2
Chap 12
Chap 6 and 15
Comments chap 13,14 and 25 to be revised
Chap 18
Turbulence (chap 31 and 17)
This page was created in
January 2013.
Available at http://home.thep.lu.se/~patrik/fyta14/index.html.
Latest update: March 23, 2017.
