Event Calendar

Wednesday, August 26, 2020

Lunch & Learn: The Role of Metallurgy & Materials Science in Failure Analysis

Start Date: 8/26/2020 12:00 PM PDT
End Date: 8/26/2020 1:00 PM PDT


Organization Name: Washington Defense Trial Lawyers

Contact:
Maggie Sweeney
Email: maggie@wdtl.org
Phone: (206) 749-0319

Sponsor: J.S. Held



1 CLE credit pending

The Role of Metallurgy & Materials Science in Failure Analysis


Material failure can have tragic results, from severe injuries to critical damages. J.S. Held metallurgists Dale Clark, PE, and Brian Flinn, Ph.D., PE, will delve into the science and methods behind material failure analysis, including examples of forensic investigations in our lab and on site.

Topics will include:

• An Overview of Root Cause Failure Analysis of Materials
• Case Studies Examining Six Different Types of Failures
• Top Questions Answered by Failure Analysis
• Key Inspection & Testing Methods
• Tools & Instruments Necessary for Material Analysis


Presented by Brian D. Flinn, PhD, PE
Metallurgist II


Dr. Brian Flinn is a Metallurgist II at J.S. Held LLC. Brian was previously a Principal Materials Scientist and Engineer at GT Engineering, where his forensic engineering and consulting practice included investigation of material degradation and failures. His practice includes analysis of failure origins in metals, polymers/plastics/adhesives, composites, ceramics, glasses, concrete and wood products. Brian has been extensively involved in litigation matters involving personal injury, construction defects, corrosion and material degradation.  He has also taken lead responsibility in pipeline leaks, medical implant failure cases, and patent infringement matters. 

In addition to his consulting practice, Brian has taught and conducted research at the University of Washington for over 20 years. He continues his research on the structure-property-processing relationships in a wide range of materials, including metals, ceramics, polymers and composites with a focus on the role of interfaces and industrial applications. Brian earned his undergraduate and Master’s degree from the Colorado School of Mines in Golden, Colorado, in Metallurgical Engineering and his PhD in Materials Engineering from the University of California, Santa Barbara, California.  He is a fellow of, director, past chairman, current member of and faculty advisor of the University of Washington student chapter of the Society for the Advancement of Materials and Process Engineering (SAMPE). Brian is a founding member of the Federal Aviation Administration Center of Excellence for Advanced Materials for Transport Aircraft Structures (AMTAS) based at the University of Washington. 

Brian’s specific research projects include adhesive bonding of composites, friction stir welding of titanium alloys, effect of shot peening process parameters on structure and fatigue properties, fracture and fatigue of metallic nanolaminates, processing and properties of dental ceramics, mechanical properties of natural composites, and surface analysis techniques for quality assurance of bonded structures. His teaching includes courses on mechanical properties of materials, failure analysis of materials, molecular engineering of interfaces and surfaces, repair of composite materials, fundamentals of composite materials, and capstone senior design. 

Brian’s expertise with materials encompasses fatigue, fracture, and failure analysis, structure-property-processing relationships, interfacial structure and properties, adhesive bonding and joining, mechanical testing of materials, corrosion and degradation, and thermal analysis.


J.S. Held is a global consulting firm with expertise in construction, environmental health & safety, equipment, forensic architecture & engineering, water & fire restoration, and forensic accounting & economics.

Our team is composed of world-renowned experts who collectively analyze and investigate issues and disputes and provide solutions to complex matters faced by the legal, construction, surety, manufacturing, and insurance communities.


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