MATH4981A Introduction to Scientific Computation
- Instructor: Shingyu Leung
- Email: masyleung @ ust.hk
- Case studies drawn from different areas of science to illustrate the use of computers as a problem-solving tool. Each integrates physical principles and mathematical models, as well as numerical techniques and computer implementations, into a coherent perspective. Prerequisites: MATH 100/101 and MATH 150/151 and COMP 103/104.
Useful files and links
- IEEE Arithmetic
- Elements of FORTRAN: 1 page per sheet or 2 pages per sheet
- Numerical Recipe in FORTRAN
- Elements of MATLAB: 1 page per sheet or 2 pages per sheet
- Matlab: a brief introduction, by Robert L. Rankin
Notes
- [Draft Sep 1999]
- Sorry that this is only draft 1 of the note and it contains many typos. Please let me know if there is anything you are not too sure about.
- CHAPTER 1: Dynamical System: Pendulum
- CHAPTER 2: Tools dor Studying Dynamical Systems
- CHAPTER 3: Topics In Computational Fluid Dynamics
Tutorial Notes
- Tutorial1
- Tutorial2 tut2.m tut2_eq.m m1.m m2.m m3.m m4.m fun1.m
- Tutorial3 bugs.f integration.f ode.f rootfinding.f
- Tutorial4 2_basin.eps
- Tutorial5 Notes present.zip
- Tutorial6 report.zip
- Tutorial7 Notes present7.zip
- Tutorial8 Notes present8.zip
- Tutorial9 code.zip
- Tutorial10
- Tutorial11: 1 2 3 4
- Tutorial12: Re= 1 5 25 50
- Tutorial13: Re=15
- Tutorial2 tut2.m tut2_eq.m m1.m m2.m m3.m m4.m fun1.m