The students can name the basic concepts and can apply methods of kinematics and kinetics. They can model simple dynamic components and systems, formulate the associated equations of motion and solve them if necessary. Students are able to use an energy and working principle to analyse specific solutions. Students should independently formulate, solve and evaluate mechanical problems in engineering problems.
Content:
Position, Velocity, Acceleration, Coordinate systems, particles and rigid bodies, Newton’s laws of motion, forces, constraints, D’Alembert’s principle, principle of linear and angular momentum, Euler’s equations, relative kinetics
Code | 2540059 + 2540060 |
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Degree programme(s) | Mechanical Engineering, Industrial and Mechanical Engineering, Sustainable Engineering of Products and Processes |
Lecturer(s) and contact person | Dr.-Ing. Tobias Ring |
Type of course | Lecture + exercise course |
Semester | Summer semester |
Language of instruction | English |
Level of study | Bachelor |
ECTS credits | 5 |