Failure Analysis Expert Witnesses in Utah

Failure Analysis, Engineering - Intellectual Property, Engineering Mechanical, Engineering Electrical, Fire, Construction, Electricity, Electronics, Laboratories & Testing, Investigation, Products Liability, Plumbing, Forensic Science, Building Inspection

Dr. Durham has been providing forensic and failure analysis services to clients for over 20 years. He has testified as an expert witness in multiple states, in federal jurisdictions, before FERC and state utility commissions. He is a certified fire and explosion investigator. He has been involved in over 2,500 IP and wfailure analysis projects including: power systems, lightning, electrocutions, oil & gas, tank batteries, industrial, commercial, residential, lighting appliances, utility systems, utility regulation, fire, equipment damage, switchgear, construction equipment, electronics, overhead lines, underground lines and fire protection equipment. Licensed PE in 11 States; BS EE, ME, PhD

Morgan, Utah

Mechanical Engineering, Firearms & Ballistics - Failure Analysis, Intellectual Property, Ammunition Reloading, Manufacturing, Product Liability, Unintentional Discharge, Shooting Reconstruction, Drop Testing, Trigger Pull Testing, Root Causes, Shooting Accident, Inspection, Ballistics, Forensic Analysis, Stress Calculation, Material Properties, Tolerance Analysis, GD&T, Kinematics

Ryan D. Cook has been licensed for over 20 years as a Professional Engineer (PE) in mechanical engineering, with more than 25 years of design and analysis experience. He has designed over 1500 parts, including 5 firearm product families and has been issued 10 patents. He earned Bachelor of Science and Master of Science degrees in mechanical engineering at Brigham Young University. Mr. Cook has been designing Browning and Winchester rifles, shotguns, and handguns since 1999, including the Winchester Model 9410 – winner of the Shooting Industry Academy of Excellence 2001 Shotgun of the Year award. This work includes concept generation, computer models, stress analyses, material specifications, and manufacturing process selections, which may include plastic or metal injection molding (MIM), machining, stamping, spring winding, additive manufacturing, casting, and powdered metal. His experience also comes from hands-on assembly, testing, diagnosis, and debugging. He analyzes failu...