Video and Webinar Series

Simulink Fault Analyzer Essentials

Simulink Fault Analyzer™ is a new product that helps you model faults and analyze their effects. You can model complex fault behavior without dirtying your design models, configure complex fault triggering conditions, model and analyze fault effects, and perform systematic safety analyses such as FMEA while leveraging simulation results. The objective of this series is to provide engineers with a strong foundation for understanding and using the capabilities of Simulink Fault Analyzer. This series describes workflows that align with shipping examples and gives added insights where appropriate to enhance the learning experience.


Part 1: Introducing Simulink Fault Analyzer

Simulink Fault Analyzer is a workflow-based solution to help engineers working on safety-critical systems ensure their safety requirements are valid and their designs are robust.

Part 2: Define and Model Faults with Simulink Fault Analyzer

You can use Simulink Fault Analyzer to inject faults and other abnormal behavior without dirtying your Simulink models. Faults can have complex behavior and trigger conditions.

Part 3: Create Spreadsheets in the Safety Analysis Manager

You can perform safety analysis such as failure mode and effects analysis (FMEA) while leveraging traceability data and simulation results using the Safety Analysis Manager.

Part 4: Conduct a Fault Sensitivity Study

You can use Simulink Fault Analyzer to conduct a fault sensitivity study to analyze how sensitive your fault detection and mitigation logic are when abnormal behavior varies.

Part 5: Analyze Faults in a Fault-Tolerant Fuel System

Learn how to use Simulink Fault Analyzer to model faults, measure fault effects, and perform a systematic FMEA by leveraging simulation results on a fault-tolerant fuel system.

Part 6: Analyze Faults in an Aircraft Elevator Control System

Learn how to use Simulink Fault Analyzer to model faults, measure fault effects, and perform a systematic FMEA by leveraging simulation results on an aircraft elevator control system.


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