Webinar

Metallurgical Failure Analysis: What Happens When Metals Go Wrong

Metallurgical Failure Analysis: What Happens When Metals Go Wrong

Metallurgical failure analysis is a critical process for identifying the root causes of metal degradation in various engineering applications. It is important for project teams to understand essential techniques and steps involved, from understanding degradation mechanisms to conducting detailed laboratory analyses and modeling. In this webinar, we will outline the key elements of metallurgical failure analysis. After summarizing key mechanisms of metal degradation, such as fracture and fatigue, wear, and corrosion, we will discuss the critical steps for failure analysis, such as evidence collection, document review, laboratory analysis, and modeling. As well as providing project examples, we will suggest ways in which clients involved in failures can assist with the process, and how root cause failure analysis can be used to mitigate future problems.

LEARNING OBJECTIVES

After attending this webinar, participants will be able to:

  • Understand how to conduct a metallurgical failure analysis.
  • Identify key field and laboratory tests that are used for root cause analysis.
  • Recognize how owners and contractors can aid the process by evidence collection and documentation.
  • Discuss how failure analysis can be used to mitigate against future failures.

Participants will earn 1 AIA CES Learning Unit (LU/HSW) for attending the live webinar. Registration is free. Please note that space is limited – email events@sgh.com to join our waitlist if the session is closed when you register. 

About the Speaker

Alan Humphreys
Alan Humphreys | Senior Technical Manager

Alan Humphreys is a metallurgical engineer specializing in failure analysis and structural assessment for degraded materials systems caused by corrosion, fracture and fatigue, or wear. His technical background includes laboratory testing and analysis to ASTM International, NACE International, and American Petroleum Institute standards, as well as the design of fitness-for-purpose experimentation. Alan works on a range of projects involving structures, petrochemical, transportation, and materials processing.