Mathematical background; (10%) Partial differential equations, Fourier methods, transform methods, asymptotic methods.
Analysis of mechanical systems; (60%) Mechanical structures and systems like rods, beams, plates, solid bodies, liquids, and gases are analysed with respect to wave propagation. Concepts like propagation, dispersion, phase velocity and group velocity are clarified. Reflection and transmission at boundaries are analysed.
Project work; (30%) One of the analysed wave propagation situations is studied experimentally. The study is planned and performed by the students (under supervision) using available experimental equipment. An extensive theoretical study can be done as an alternative.


TEACHING
Lessons and supervision.


EXAMINATION
Grades U,3,4,5 are given based on written and oral presentation of assignments and project work. A written exam is not given.

COURSE GRADE SCALE: U, 3, 4, 5

ITEMS/CREDITS