Starting from a preset of forces and moments students are able to calculate the trajectories of bodies . They can calculate how large the forces and moments must be to lead a moving body in a certain path. They can apply the working set of the dynamics and are confident in using the basic concepts of work, energy, potential, power and efficiency of machines.

B2.06060.12.010 - Technical StatikB2.06060.22.030 - Strength of 1B2.00000.11.050 - Physics 1AB2.00000.12.080 - Engineering Mathematics 1BB2.00000.21.140 - Engineering Mathematics 2AB2.00000.22.210 - 2BB2.00000.22.230 Engineering Mathematics - Physics 2B

Point kinematics

basic concepts

coordinate systems

circular motion

kinetics of the mass point

Newtonian axioms

Dynamic Basic Law of the point mass

force laws of kinetics,

the principle of d'Alembert

work rate and energy rate of the point mass,

the work of the force along a path,

the working set for the mass point,

the energy equation for weight and spring forces

kinematics and kinetics of the mass point system

kinematics and kinetics of plane motion of rigid bodies

fundamentals of rotor dynamics

Mahnken: Lehrbuch der Technischen Mechanik-Dynamik, Springer verlagR.C. Hibbeler: Technische Mechanik 2-Festigkeitslehre, Pearson Studium

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