MACE 42002: Computational Hydraulics

Academic year 2018-2019

Dr David Apsley

Teaching Materials

Lecture notes

Coursework

Governing equations	1. Introduction to CFD 2. Fluid-flow equations 3. Approximations and simplified equations	Slides 1 Slides 2 Slides 3	Answers 1 Answers 2 Answers 3
The finite-volume method	4. The scalar-transport equation 5. Pressure and velocity 6. Time-dependent methods	Slides 4 Slides 5 Slides 6	Answers 4 Answers 5 Answers 6
Turbulence modelling	7. Turbulence 8. Turbulence modelling	Slides 7 Slides 8	Answers 7 Answers 8
Pre- and post-processing	9. Pre- and post-processing	Slides 9	Answers 9
Advanced - not taught to MEng:	10. Advanced turbulence modelling	Slides 10	Answers 10

1. STAR-CCM+: wind loading
2. STREAM: separated-flow example	gridbfs.exe streambfs.exe bfs.exe
3. STAR-CCM+: further exercise

Past Exam Papers (Only accessible to University of Manchester)

2010, 2011, 2012, 2013, 2014, 2015, 2016, 2017, 2018, Numerical answers

See also: Suggested projects for PhD students

Last updated: 10 April 2019