Technical dynamics (ILV)
Back| Course number | B2.06060.30.010 |
| Course code | TechDyn |
| Curriculum | 2023 |
| Semester of degree program | Semester 3 |
| Mode of delivery | Presencecourse |
| Units per week | 2,0 |
| ECTS credits | 2,5 |
| Language of instruction | German |
The students are able
• to calculate the trajectories of bodies at given forces and moments.
They can calculate
• how big the forces and moments have to be to guide a moving body in a certain path.
They can
• apply the working set of dynamics and are confident in dealing with the basic concepts of work, energy, potential, performance and efficiency in machinery.
B2.00000.10.090 - Engineering Statics
B2.00000.00.030 - Science of Strength of Materials 1
B2.00000.10.080 - Physics 1
B2.00000.10.010 - Engineering Mathematics 1
B2.00000.20.010 - Engineering Mathematics 2
B2.00000.20.030 - Physics 2
- Kinematics of the point
o Coordinate Systems
o Circular motion
• Kinetics of the mass point
o Newtonian axioms
o Dynamic Basic Law for the mass point
o Force laws of kinetics
o The principle of d'Alembert
• Principle of work and energy, and law of conservation of energy of the mass point
o The work of the force along a trajectory
o The principle of work and energy for the mass point
o The law of conservation and energy for weight and spring forces
• Kinematics and kinetics of the mass point system
• Kinematics and kinetics of the plane motion of rigid bodies
• Fundamentals of rotor dynamics
Mahnken: Lehrbuch der Technischen Mechanik-Dynamik, Springer verlag
R.C. Hibbeler: Technische Mechanik 2-Science of Strength of Materials, Pearson Studium
Integrated course (ILV)
General examination
