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PHYS0209-1

Numerical methods in physics


Duration :25h Th, 35h Pr
Credits/ECTS :
2nd year of a Bachelor's degree in physical sciences6
2nd "cadidature" in physical sciences6
Holder(s) :Thierry Bastin
Course contents : The theoretical course is divided into 6 chapters
Chap. I : linear systems (Gauss-Jordan algorithm and LU decomposition)
Chap. II : Polynomial interpolation (Neville's algorithm). The spline curves.
Chap. III : Numerical integration (trapez, Simpson and Monte-Carlo methods)
Chap. IV : Roots, minima and maxima of a function
Chap. V : Differential equations (Euler and Runge-Kutta methods)
Chap. VI : Eigenvalue equations (Jacobi and Givens transforms)
Course objective :
  • To learn using the computers to solve various problems encountered in physics.
  • To teach the related algorithms
  • To translate these algorithms in C/C++
Prerequisites : None
Workshops : 12 afternoons.
Organization : The theoretical and practical courses are given in the first quadrimestre.

Theoretical course: on friday, 10h45 - 12h45 in room 3/14 of the Physics building B5
Practical course: on monday and/or friday, 14h - 17h in room 4/25 of the Physics building B5
Written notes : No notes. However, copy of the slides are available and distributed at the beginning of the course.
Assessment : Evaluation is weighted as follows

- 40% for oral examination
- 35% for practical examination (a program to write)
- 25% for the works done during the year

If the note for the practical examination is less than 10, this note is the final one.
Contacts : Thierry Bastin
Département de Physique, I.P.N.A.S., Bât. B15, Sart Tilman
Tel: +32.4.366.36.93 - Fax: +32.4.366.28.84 - e-mail: T.Bastin@ulg.ac.be




ULg : Students and Studies Administration - Academic Affairs
Contact : Monique Marcourt, direction A.E.E.
Date of data : 27/02/2006
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