|
Systematic modeling of mechanical systems (both translating and rotating systems), electrical systems, and electro-mechanical systems. Derivation of dynamic models of those systems in different forms (differential equations, state space equations, transfer functions, block diagrams). Subsequent analysis of the dynamic behaviour of such systems in both the time as well as the frequency domain (step- and impulse response, Bode plot).
|
|
|
This is a part of Module 5, ME 5 Dynamic Systems of the Bachelor Mechanical Engineering . See here for the compete description of this module.
System Analysis provides the basis for the design and control of mechatronic systems. More specific: for the modelling and analysis of the dynamics of multi-domain systems, i.e. (combined) mechanical and electrical systems. Discrete parameter systems are considered, which are linear and time invariant. Four model types of dynamic systems are considered: the differential equation, transfer function, state space equations and block diagram. Hence, both the time and frequency domains are considered. These are used to analyse the performance of a system (in the time domain and frequency domain). These models can be used are the basis for the design of controllers.
Non-ME students can take this course if they meet the entry requirements.
|
|