Continuum Mechanics for Engineers
Lecturer
Prof. Dr. E. Mazza
Number
151-0524-00
Time and location
Autumn semester, Fri 8.15-10,
HG D5.2
Type
3G
Language
English
Level
Masters
Short Description
The lecture
deals with constitutive models that are relevant for design and
calculation of structures. These include anisotropic linear elasticity,
linear viscoelasticity, plasticity, viscoplasticity. Homogenization
theories and laminate theory are presented. Theoretical models are
complemented by examples of engineering applications and experiments.
Course Format/Time
2 hours lecture (Fri 8-10) and 1 hour discussion/problem section
(Wed 12-13 in HG E33.3).
First lecture: September 23d 2011
(Fri).
First discussion section: September
28th 2011 (Wed).
Testat Condition
Completion of 70% of homework assignments
Primary Goal
Basic theories for solving continuum mechanics
problems of engineering applications, with particular attention to
material models.
Teaching Assistant
Marc Farine
Reading Material
Link
[Top]
Handouts
>
Voigt notation
>
Useful rules for the index
notation
>
Basic equations
>
Inversion
of the constitutive equations of linear, isotropic elasticity
Discussion session
handouts and homework
ASSIGNMENTS SOLUTIONS DISCUSSED EXERCISES
>
Assignment 1 >
Solution 1
Class
exercise 1
> Assignment 2 >
Solution
2
Class exercise 2
>
Assignment 3 >
Solution
3
Class exercise 3
>
Assignment 4 >
Solution
4
Class exercise 4
>
Assignment 5 >
Solution 5
Class exercise 5
>
Assignment 6
>
Solution 6
Class exercise 6
>
Assignment 7
>
Solution 7
Class exercise 7
>
Assignment 8
>
Solution
8
Class exercise 8
>
Assignment 9 >
Solution
9
Class exercise 9
>
Assignment
10 >
Solution 10
Class exercise 10
>
Assignment 12 >
Solution 11
Class exercise 11
>
Assignment 13 >
Solution 12
Class exercise 12
>
Solution 13
Class exercise 13
Optional assignment
>
Assignment
14 >
Solution
14
Class exercise 14
