English

If sufficient demand

The aim of the course is to develop the ability to make mathematical models for a wide range of physical processes, such as, bicycles, cars, aircraft, and industrial processes. The intention is that the models will be used to develop regulators for the processes.

model building methodology, differential algebraic systems, model transformations, modelica, circuit theory, power systems, mechanical systems, friction models, bicycles, cars, boats, aircraft, thermal and fluid systems, steam generators, compartment models, neurons

Have a broad understanding of mathematical models and how they are used to describe physical processes.
Understand how the models can be used to develop controllers for the processes.

Have the ability to make great models for a wide range of systems.
Have good skills in using Modelica tools such as Modelon Impact and Modia.

Lectures

Written report

Examination in the form of a project along with a project report.

Failed, pass

 

Lecture slides.

FRT265F

2022-04-19

Professor Thomas Johansson