Theory and Application of Probabilistic Damage Tolerance to Predict the Structural Integrity – Webinar OnDemand
About the Webinar
This webinar explores Probabilistic Damage Tolerance (PDT) as a methodology to assess the structural integrity of critical metallic components under fatigue, particularly in Additively Manufactured (AM) parts. It focuses on adapting zone-based PDT methods and software for AM applications, addressing defect distribution and fracture risk due to cyclic loading.
Topics covered include:
- Introduction to PDT methodology
- Application in additive manufacturing (AM)
- Alternative approaches in PDT analysis for AM parts
- Challenges and considerations for software tools and materials data support
- Application of PDT framework on AM parts
- Prospects of PDT methodology
This OnDemand webinar will take approximately 1 hour to complete.
Learning Outcomes
After completing this webinar, the attendees will achieve the following:
- Discuss basic concepts of PDT and how PDT differs from other methods.
- Explain why PDT is a good candidate for AM of metallic components.
- Arrange data needed to support a PDT assessment.
- Locate software tools that support PDT assessments.
Audience
- Manufacturing Engineers
- Research Engineers
- AM Process Engineers
Access
All ASTM online courses are available for a 1 year subscription on ASTM's Learning Center for a Single User Only via username/password. Training cannot be shared. For multi-user access and pricing, contact sales here or call 1-877-909-ASTM.
Internet access is required.
Stock #
TRAIN-AMPROBDAMAGE-PASS