Vibrations of Continuous Mechanical Systems
Course titled “Vibrations of Continuous Mechanical Systems” at MSc level was offered for the Summer Semester 2017 which has now ended.
- Linear systems with infinitely many degrees of freedom.
- Free and forced vibrations
- D'Alembert's solution of the wave equation and wave propagation.
- Hamiltonian principle and variational calculus
- Eigenvalue theory of self adjoint operators
- Greens Functions
- Approximation methods (Rayleigh Quotient, Ritz Method, FEM)
- Introduction to Acoustics
- Commercial software and modern vibration problems in engineering.
Registration for participating in the class has now ended.
Time and Place
Lectures are to be held in Room L1 03/73
- Monday 8am-10am
- Wednesday 8am-10am
Some of this time may be allocated to tutorial sessions.
Following the direction of the Dept. of Mechanical Engineering, the overall grade will be calculated as follows:
- 30% ~ Homework: 3 problems sheets were made available during the semester. (completed)
- 20% ~ Midterm Examination: Held on July 3rd 2017. Duration 30 minutes. (completed)
- 50% ~ Final Examination: Held on July 19th 2017. Duration: 1 1/2 hours. (completed)
The problem sheets were distributed during class and expected to be completed by the following week. Considering the overall grade percentage, students are strongly encouraged to attempt all questions on all problem sheets.
Books – Reading Material
Links are provided below for two books, each of which cover the course material. The first and earlier edition is in German and second is in English. You may decide to use one of these depending on your language preference.