Failure Analysis Expert Witnesses in Indiana

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

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 failure 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

Indianapolis, Indiana

Engineering, Failure Analysis - Structural Engineering, Construction defects, water infiltration, storm damage, fire damage, explosion damage, structural collapse, failure of temporary shoring, construction site accidents, roofing failure, windows, handrail failures, masonry, concrete, steel, failure analysis, façade failure

I strive to perform impartial forensic investigations in an efficient manner to help my Clients assess their issue. I prepare concise written reports that provide a solid understanding of the technical aspects of the issue so my Client can make informed decisions. My expert witness experience includes cases dealing with issues such as defective construction, water infiltration, storm/fire/explosion damage assessment, structural collapse, failure of temporary shoring, construction site accidents, roofing failure, improper design and manfacture of windows and handrail failures.

West Lafayette, Indiana

Biomedical Engineering, Intellectual Property - Medical Devices, Failure Analysis, Products Liability, Mechanical Engineering, Biomechanics, Laboratories & Testing, MRI safety, FDA and Regulatory, Finite Element Analysis, Electromagnetic Compatibility, Magnetic Resonance Imaging, MRI, Patent Analysis, ISO 13485

David Gross, PhD, PE, is the Director of MRI Safety Evaluations and Engineering Simulations at MED Institute. As a graduate research associate, he was awarded a Pre-Doctoral Fellowship from the American Heart Association (AHA) for his research focusing on improving the MRI safety of patients with implanted cardiovascular devices. He is a member of numerous societies, including the International Society for Magnetic Resonance in Medicine (ISMRM) where he received the Magna Cum Laude Merit Award at the 2016 ISMRM Annual Conference. Additionally, he was a member of the Ethics Subcommittee for the Biomedical Engineering Society. He graduated from Purdue University with a B.S. in Biomedical Engineering and M.S.E. in Interdisciplinary Engineering. He also holds M.S. and Ph.D. degrees in Biomedical Engineering from Ohio State University and is a licensed Professional Engineer.

Warsaw, Indiana

Biomechanics, Medical Devices - Occupant Motion, Injury Biomechanics, Orthopedics, Medical Product Liability, Duties of Manufacturer, Design, Testing, Manufacturing, Warnings, Instructions for Use, Injury Event Reconstruction, Failure Analysis, Injury Pattern, Soft Tissue Injury, Low Speed Collisions, Falls, Impacts, Sports

Licensed Professional Engineer Medical Device Design & Development  38+ years orthopaedic device development  12 patents Testified in State and Federal Courts , Injury Biomechanics and Medical Device Litigation  20+ trials  100+ depositions 38 years of experience in the biomechanics and orthopedics fields, 16 years forensic case analyses. I routinely deal with forces that are applied to the human body during many activities, including impact and injury scenarios. To assure the safety and efficacy of new medical devices, we define clinically relevant performance requirements for their installation and use, and then test to define the product specific performance characteristics. The physical principles and methods used in orthopedic biomechanics are the same as those used to reconstruct injury events. I am familiar with forces and loads applied to the hips, knees, wrist, shoulder, head, neck, lower back and skeleton in many typical activities, including sitting, walking, jumpin...

Indianapolis, Indiana

Architecture, Engineering - Construction Defects, Building Enclosure Failure, Investigation, Water Infiltration, Roof Failure, Window Failure, Microbial Growth/Mold, Failure Analysis, Slip trip & fall, Trip & Fall, Moisture/ Condensation Issues, Flood Damage, Building Inspection