ASM Engine Advanced
This course is an addition to the ASM Engine Basic training. This second course gives you the chance to deepen your understanding of the ASM Engine Basic training. Building on the contents of the ASM Engine Basic training, this course introduces you to the ASM Engine InCylinder models and ASM Optimizer. The ASM Engine InCylinder models simulate the internal cylinder processes of the engine. These include the influence of variable valve control and injection shaping on combustion. Some parameters of the in-cylinder process are difficult to obtain but are required for the ASM InCylinder models. You can get these parameters by performing optimizations with the ASM Optimizer. The last part of the training presents different modeling approaches.
- Engineers in charge of HIL testing ECUs based on in-cylinder pressure
- Engineers who validate controller algorithm designs using simulation
- Required: Previous experience with MATLAB® and Simulink
- Get an overview of the ASM engine simulation packages
- Introduction to the tool suite of dSPACE for engine simulation
- Introduction to the parameterization process of the ASM engine models
- ASM engine simulation packages
- ModelDesk
- ControlDesk
- VEOS
- MATLAB/Simulink
- Contents of the ASM Engine Basic training
- Introduction to ASM InCylinder and ASM Optimizer
- Modeling approaches
| Dates | Location and time | |
| On request | ||
- ASM Diesel Engine InCylinder Real-time model for diesel engine simulation with in-cylinder pressure and temperature
- ASM Gasoline Engine InCylinder Real-time model for gasoline engine simulation with in-cylinder pressure and temperature