Sherlock Introductory Course
Suitable for new or occasional Ansys Sherlock users, as well as for students or novices in electronics reliability, our Ansys Sherlock Introductory course teaches the basics of using Ansys Sherlock to perform reliability physics analysis (RPA).
Who should take this course:
- New engineers looking to get started with Ansys Sherlock.
- Engineers with desire to learn introductory methods and concepts relating to electronics reliability and physics of failure.
- Engineers who have previous experience in Sherlock and are looking for a refresher.
With completion of this Ansys FEA Training, you will:
- Become proficient in:
- Understanding the scope of an Ansys Sherlock analysis
- Importing/checking external ECAD files
- Validating/updating a parts list and associated part properties
- Definition of events that describe the environment experienced by the CCA during its target service life
- Solder fatigue analysis
- Dynamics (FEA) analysis within Sherlock
- Understanding how Sherlock results are calculated
- Displaying results in multiple formats
- Interpreting Probability of Failure curves
- Automatic report creation
- Receive an official certificate of completion with professional development hours that can qualify for the continuing education requirements upon renewal of a PE license in most states or provinces.
Sign Up for Ansys FEA 105
Course Agenda | FEA 105
Module 1: Overview of Ansys Sherlock Capabilities
Module 2: Basic Handlings for Parts Lists, Layers, Stackup
Module 3: Life Cycles
Module 4: ECAD Import Best Practices
Module 5: Analysis Presentation
- Solder Fatigue Analysis
- Natural Frequencies
- Workshop- Solder Fatigue Analysis & Task monitor
- Harmonic Analysis
- Random Analysis
- Workshop- Natural Frequencies
- Mesh Settings
Module 6: Results
Workshops: Harmonic and Random Analysis