Audience
All
Objectives
With this training you will lay the foundation for working with SimulationX. You will get an insight into the functional range of the software and learn interesting facts about the possible applications for modeling, simulation and analysis of complex technical systems. Furthermore, you will gain the ability to create your own models for individual applications.
Prerequisites
Basic knowledge in physics is recommended.
Course content
- Explanation of the graphical user interface
- Basics for network modeling and signal flow oriented modeling as well as the creation of multi-domain models
- Overview of the range of functions, features and use of the libraries
- Parameterization (constant values, mathematical functions and dependencies, logical conditions, variables and references, curves and characteristics, parameter properties)
- Hierarchical modeling (substructuring)
- Referencing: Cross-references to variables and parameters within the model
- Derivation of new model types
- Calculations (concept, transient simulation, calculation of consistent initial values, natural frequencies and mode shapes)
- Result presentation, evaluation and analysis
- Data exchange and interfaces
Training examples:
- One-mass oscillator
- Calculation of the volume of a cuboid
- Sweep excitation model