Course Description
Led by Dr. Ted Anderson, a recognized expert in fracture mechanics, this training draws on decades of research, industry leadership, and hands-on experience. A Practical Introduction to Cracks and Crack-Like Flaws for Inspectors and Engineers is an on-demand online course that provides a practical introduction to managing equipment susceptible to cracks and crack-like flaws, whether they occur during fabrication or develop over time from service conditions. In the course, you will explore the most common cracking mechanisms, including fatigue, stress corrosion cracking, and hydrogen embrittlement, while learning how to consider crack propagation, fracture toughness, what they mean, and the impact on reliability.
The course is designed for inspectors and maintenance or reliability engineers. It introduces fracture mechanics, fitness-for-service (FFS), and finite element modeling, and shows when these approaches add real value. Understanding them will make you more effective in your role and give you the insight to work more confidently with specialists and make informed decisions.
Drawing on real-world examples, you’ll learn when these approaches are valid, when further due diligence is needed, and how proactive FFS can define limiting flaw sizes and pinpoint the most likely areas for cracking, which is critical knowledge for inspectors and those shaping inspection strategies. This course is also an ideal starting point for engineers preparing to perform these types of evaluations.
Normally taught over the span of one day in a traditional classroom setting, this self-paced training has been thoughtfully condensed into 3.28 video hours thanks to its online format, making it easier to fit into your schedule without sacrificing quality. Enroll today to strengthen your understanding of cracks and crack-like flaws and start applying these insights in your work.
This course includes:
- 3.28 hours of on-demand video, including comprehension checks and an exam
- CPD and PDH eligible, with a certificate provided upon completion
- Access for 90 days upon beginning the course
- Downloadable notepad for you to keep notes as you progress through each module
- Slides are not available for this course
What You’ll Learn
By completing this course, participants will gain a broad understanding of:
- The causes, risks, and impacts of cracks on structural integrity.
- Fundamental concepts like stress, strain, and fracture mechanics without advanced math.
- Common cracking mechanisms, including fatigue, stress corrosion cracking, and hydrogen embrittlement.
- Crack propagation, and the differences between ductile and brittle fractures.
- Tools for assessing structural vulnerabilities, such as Failure Assessment Diagrams (FAD).
- Practical insights to prevent failures and improve system safety and reliability.
Course Outline
- Introduction
- Basic Concepts and Definitions
- Introduction to Fracture Mechanics
- Common Cracks and Crack-Like Flaws in Structural Components
- Analysis of Fatigue Cracking
- Environmental Cracking
- Microscopic Cracking Mechanisms
- Fracture Toughness Testing
- Summary and Conclusions
Group Purchases
Inspectioneering Training offers the following benefits and discounts to organizations looking to enroll multiple team members in this course. Contact us for pricing.
- Extended Access: Receive an increased duration to access the course, from the standard 3 months to 12 months, allowing more time for all participants to complete and revisit the training course.
- Personalized Communications: Set up email notifications to ensure participants progress through the course within the timeline set forth by the company’s designated administrators.
- Progress Reports: Receive access to detailed course reporting on all participant activities, progress, and performance.
- Flexible Billing: Benefit from flexible billing options tailored to your organization's needs.
- Dedicated Account Representative: Receive support from a dedicated account representative, ensuring smooth enrollment and ongoing assistance throughout the training program.
Other Learning Methods
Interested in other learning methods such as in-person or hybrid learning? Contact us to explore your options.
Ted L. Anderson Ph.D., P.E., ASME Fellow TL Anderson Consulting
