Events > Course Programme
Course programme
Day 1
- Introduction
- Advantages of object-oriented modelling
- EcosimPro versus Simulink
- User Interface
- Concepts of main modelling languages (components, ports, libraries, etc)
- Mathematical wizard of boundary conditions
- Creation of a small electric library
- Use of wave functions (square, ramp, step, etc)
- Mathematical wizard to solve high-index mathematical problems
Day 2
- Mathematical wizard to solve linear and non-linear algebraic loops (hydraulic exercise)
- Handling arrays (example of a thermal wall)
- Handling discontinuities (examples of WHEN, ZONE and ASSERT statements)
- Usage of ENUM and SET_OF in Chemical modelling
- Examples of heat exchanger and chemical reactor
- Usage of functions in EL and external functions in FORTRAN, C and C++
- Mathematical algorithms in EcosimPro
Day 3
- Advanced operators in port connections: SUM IN and EQUAL OUT
- Examples of thermohydraulic and concentration simulation
- Control modelling and simulation
- Usage of the control library
- Final elements and sensors
- Example of a hydraulic system with controls
- Chemical modelling and simulation
- Creation of graphical components using EcoDiagram
- C++ generation and ActiveX connection of final models
- Current state of the EcosimPro libraries