Mechanical Dynamics (ILV)
BackCourse lecturer:
DI
Georg Schmeja| Course number | VEEMS-1.07 | 
| Course code | MechDyn | 
| Curriculum | 2016 | 
| Semester of degree program | Semester 1 | 
| Mode of delivery | Presencecourse | 
| Units per week | 1,5 | 
| ECTS credits | 2,0 | 
| Language of instruction | English | 
 Basic understandig of technical dynamics. 
Solving of simple dynamic and static calculations
Knowledge about statics has to be considered as a precondition to understand dynamics. Therefore some statics is tought at the beginning to safeguard a common knowledge base among all students. 
Highschool mathematics.
 Basic equation of motion and approaches, boundary conditions; linear systems and rotation systems; simple dynamic systems, suspension and absorbability, connected dynamic systems; virtual energy, kinematics and deduced kinetics; very simple analysis of drives and drive synthesis; introduction to the vibration dynamics of elastic-mechanical systems
Overview about mechanical dynamics focusing on the following topics:
- Statics
- Force and Inertia
- Kinematics
- Rotational kinematics 
 Handout (.ppt) available as download with links and literature recomendations.
Hibbeler: Statics and mechanics of materials (Pearson)
Hibbeler: Engineering Mechanics/ Dynamics (Pearson)
Herr: Technische Mechanik (Europa Lehrmittel)
Böge: Technische Mechanik (Vieweg + Teubner) 
Presentation in English with the opportunity to ask questions in English or German.Handout (.ppt) available as download including links and literature recomendations.
 During the course
Written exam: Soving of basic static and dynamic problems.
Grade: derived from test and interactive participation 
