With Model-Based Design, behavioral models are at the center of your development process. How much do you know about applying Model-Based Design to the development of fuel cells?
Take the quiz—just 10 questions—to find out.
What is Model-Based Design?
What kind of fuel cell system model can you develop using Model-Based Design?
Using Model-Based Design for fuel cell system simulation helps with:
After simulating your fuel cell model—with control algorithms and the multidomain physical system—which of the following is NOT true for Model-Based Design?
Which of the following is NOT a way in which Model-Based Design helps save time and money in developing your fuel cell system project?
True or False? Model-Based Design supports AUTOSAR-compliant workflows when developing fuel cell systems for automotive applications.
What can you do with existing C/C++ code—such as control algorithms, device drivers, lookup tables, and generic functions supporting your fuel cell applications—when you adopt Model-Based Design?
Which of the following model verification activities can be automated for your fuel cell system with Model-Based Design?
In the process of developing fuel cell systems, Model-Based Design complements and enables Agile development practices, including:
What types of subsystems can you model with Simscape™ in a fuel cell system?
You’re on your way to becoming a pro. Learn more about developing fuel cell systems using Model-Based Design.
You’re a pro!
Start applying these Model-Based Design skills with Simulink and Simscape today.