Applied Engineering Mechanics and Dynamics

Description

Learning outcomes and development goals: K1 L Have a basic scientific-disciplinary knowledge and understanding of the polyvalent training of Engineering Technology K2 L Have a basic scientific-disciplinary knowledge and understanding in one of the areas based on the chosen specialization I1 L Problem analysis and solving I2 L Designing and/or developing G2 L Communicating with peers and non-peers G3 L Critical reflection Objectives: Understand and analyse movements and forces of a single rigid body as well as systems of multiple rigid bodies in a plane (2D) The student can calculate velocities and accelerations of motion in rigid bodies and compound motions of mechanism-parts. The student knows various methods for solving dynamics problems and can apply these to plane dynamics (Newton's 2 nd law, work and energy, impulse and momentum). The student knows various methods for solving vibration problems and can apply these to plane dynamics with 1 degree of freedom (free, forced and damped vibration). The student can calculate forces and moments due to accelerations (and vice versa) on mechanism parts for planar motion and rotation around a fixed axis.  The student can communicate with colleagues according to standard methods and is critical of the results obtained and the method chosen.