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Theory and Application of Probabilistic Damage Tolerance to Predict the Structural Integrity – Webinar OnDemand
Price:
$49
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.