Modeling by physical analogies & analysis
Objectives
- Skill in energy system modelling by using electrical equivalent circuit models whatever the physical domain (electrical, mechanical, hydraulic, magnetic, thermal)
- Ability to analyse the time and frequency behaviour of specific transfer functions and apply the root locus method for stability analysis.
Description
Introduction to physical analogies in energy systems:
- Generalised energy variables and generalised power variables.
- Elements of physical systems: source, dissipative or energy storage elements (I or C elements), interconnecting elements (generalized nodes, transformers and gyrators)
- causality in physical systems.
- Examples of systems: academic cases, liquid level control, motor position control
Analysis of continuous linear systems
- linearization of a nonlinear system.
- Temporal analysis: influence of poles and zeros in transfer functions.
- Stability analysis by the root locus method.
Pre-requisites
Electrical circuits, Laplace Transform
Session 1 ou session unique - Contrôle des connaissances
Modalité | Nature | Coefficient | Remarques |
---|---|---|---|
CT (contrôle terminal) | Oral/Ecrit | 80% | Modélisat°-Analo. Phys.-Examen |
CC (contrôle continu) | Travaux Pratiques | 20% | Modélisat°-Analo. Phys.-TP |
Session 2 - Contrôle des connaissances
Modalité | Nature | Coefficient | Remarques |
---|---|---|---|
CT (contrôle terminal) | Oral/Ecrit | 80% | Modélisat°-Analo. Phys.-Examen |
CC (contrôle continu) | Travaux Pratiques | 20% | Modélisat°-Analo. Phys.-TP |