Biomechanics Expert Witnesses in Texas

Frisco, Texas

Biomechanics, Ergonomics - Biomechanics, Human Factors Engineering, Industrial Engineering, Ergonomics

Professional Summary Dr. Greaves-Holmes is a scholar, professor, and professional engineer with expertise in ergonomics and biomechanics. Her work has been featured in research, professional publications, peer reviewed journals, as well as congressional legislation. Her extensive scholastic achievements and industry experience allows her to instruct at the higher education level and in the field. She served as a graduate level professor at the University of Central Florida while providing consultative industry services as CEO of Gray Matter Engineering and Research.

Lubbock, Texas

Engineering, Metallurgy - Failure Analysis, Accident Reconstruction, Slip trip & fall, Trip & Fall, Products Liability, Human Factors, Intellectual Property, Forensic Science, Fire, Equipment & Machinery, Electricity, Biomechanics, Premises Liability

Jahan Rasty, PhD, PE, MBA is a tenured full professor of Mechanical Engineering at Texas Tech University (since 1988) where he also serves as the Director of newly established post-graduate Forensic Engineering Certificate Program, as well as the director of Materials Performance Characterization and Failure Analysis Laboratory. Dr. Rasty is also the founding president of Real-World Forensic Engineering, LLC, which is a boutique-style engineering consulting firm. He is an experienced engineering expert and has successfully testified in more than 250 cases and has conducted over 1,000 engineering investigations in the areas of consumer products and industrial machinery failures involving design, manufacturing and marketing defect issues. Professor Rasty is a licensed professional engineer in the state of Texas, and holds various forensic certifications in the fields of fire and explosion investigation (CFEI, CFII), as well as vehicle Crash Data Retrieval (CDR). He received his BS,...

Missouri City, Texas

Accident Reconstruction, Biomechanics - Accident reconstruction, Biomechanics, Event Data Recorder (EDR) Analysis, Engine Control Module (ECM) Analysis, Low-speed analysis, Site survey, Vehicle damage analysis, Photogrammetry, Acceleration force analysis, Delta-V determination, Momentum analysis, Lane change analysis, computer animation

Registered professional engineer with extensive training in accident reconstruction and biomechanics, including traumatic brain injury, acceleration, force analysis, crash scene investigation, crash data retrieval data analysis. As a registered professional engineer with an excellent accident reconstruction and biomechanics background, Mr. Holloman has performed accident reconstruction for over twenty-five years. Over the past several years Mr. Holloman has worked many commercial vehicle (18-wheeler) cases involving automobiles and pickup trucks and provided computer renderings of accident scenarios and time/distance analysis. His consulting specialties are commercial (18-wheeler), private vehicle and forklift accident reconstruction, biomechanics, fatigue failure analysis, mechanical failure analysis, and machine tools failure analysis. Mr. Holloman also has trial and deposition testimony experience, having testified in trial or deposition in over 25 cases. Mr. Holloman’s continu...

The Woodlands, Texas

Engineering, Failure Analysis - Failure Analysis, Structural Failure, FEA Modeling, Composite Failure, Impact Analysis, Materials Failure, Gas Explosion, Multiphysics, Metallurgy, Accident Reconstruction, Biomechanics, Thermal Failure, Product Liability, Machinery Failure, Forensic Engineering, Mechanical Failure, Heat Transfer, High-Rate Loading, Blast Mechanics

Dr. Jaton N. Wince is a Ph.D.-level forensic mechanical engineer, inventor, and founder/President of SCIENALYSIS, Inc. He specializes in pre-litigation technical consulting, failure mechanism identification, and engineering causation analysis for high-consequence incidents where liability turns on physics, standards, and disciplined discrimination among competing theories. He is routinely engaged early—before filing or early in discovery—to assess case viability, causation strength, and technical risk, and to determine whether a matter should proceed, settle, or be re-scoped. When appropriate, he also serves as a testifying expert. Primary forensic domains include gas and fuel explosions, fire-related mechanical and thermal failures, structural and component collapses, industrial and consumer product failures, heavy equipment and machinery incidents, transportation and occupational accidents, catastrophic personal-injury biomechanics, and aerospace/defense system events. His core...