Kinetics and Engineering Design - Detailansicht

Module contents:
- kinematics of a point
- kinematics of solid bodies
- kinetics: axioms of kinetics, accelerations, mass moment of inertia, linear and angular momentum, energy, power, free
vibrations, damped vibrations
-design methodology in mechatronic product development
-selected machine elements
-joining technologies
- life cycle assessment of mechatronic products

-Dankert&Dankert: Technische Mechanik: Statik, Festigkeitslehre, Kinematik/Kinetik. Vieweg Teubner Verlag; 2013.
-Hibbeler: Statics&Dynamics. MACMILLAN.
-Wittel, Muhs, Jannasch, Voßiek: Roloff/Matek Maschinenelemente. Springer Vieweg.
-C. Mittelstedt: Engineering Mechanics 3: Dynamics. Springer; 2025.

Knowledge and understanding: Broadening of prior knowledge
Graduates can explain the basics of engineering mechanics (kinematics, kinetics, and dynamics). Graduates deepen the systematic approach of mechatronic product development. Graduates can dimension selected machine elements and apply them in mechatronics.

Use, application and generation of knowledge/art: Use and transfer
The graduates can solve problems in the context of kinematics and kinetics. The graduates are able to calculate and design the mechanical parts of a mechatronic product.

Communication and cooperation
The students discuss justifiable solutions to problems with the lecturer in a subject-related manner. They are able to analyze mechanisms dynamically.

Exam (60 minutes)

Allowed materials (written exam): Distributed formulary (Prof. Winkler) without additional notes (1 DIN A4 sheet; printed on both sides; landscape format without scaling)