Lecture content

Introduction to engineering dynamics including the theoretical basics of modelling and dynamics, computer-aided engineering methods and practical applications. Kinematics and kinetics, principles of mechanics: D'Alembert, Jordain, Lagrange's equations of second kind, multibody system modelling, computer-generated equations of motion for multibody systems based on Newton- Euler formalism, applications to mechanisms, rotor dynamics, vehicle dynamics, state space form for linear and non-linear dynamic systems with finite degree of freedom, free linear vibrations: eigenvalues, vibration modes, time behaviour, stability, forced linear vibrations: impulse, step and harmonic excitation, resonance, anti-resonance, critical speed of rotors.

Lecture information

audience: The lecture addresses students of 'Maschinenbau', 'Mechatronik', 'Technologiemanagement', ' Technische Kybernetik', 'Fahrzeug- und Motorentechnik' (fmt) and 'Mathematik'. extent: 4 semester periods per week lecture and excercises: Tuesday, 11.30 a.m. - 1.00 p.m., V9.01 Thursday, 8.00 a.m. - 9.30 a.m., V9.01 start: Tuesday, 24th October 2017
more information see the German page of this lecture

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