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Case Topics

Our approach is to quantify the biomechanical, biochemical, and/or bioelectrical mechanisms of injury by understanding the 'how and why' of the injuries and the contributory causal factors.

Vehicle Collisions

Automobiles, train cars; low to high speed; with and without safety system comparisons

Product Liability

Failure analysis; medical device failures; consumer product failures; user, design, and manufacturing issues; mass tort

Personal Injury

Incident reconstruction; human-environment interactions; musculoskeletal, cardiovascular, nervous tissues, gastrointestinal

Medical Negligence

Standard of care

Occupational Injuries

Single-cycle (impact) and multi-cycle (fatigue) comparisons; human factors and ergonomics

Intellectual Property

Engineering design

Criminal

Assault; rape, strangulation; distinguishing driver and passenger placements

Sports & Recreation

Football; skiing; soccer

Birth Injury

Cesarean section; assistive devices

Research Resources

Visual and Geometric Measurement Devices

Force and Temperature Measurement Devices
Electrical Measurement Devices
Anatomic Models

Laboratory Services

Medical Device Design and Mechanical Evaluation (Product and Process)
Basic and Applied Biomedical Engineering Research
Experimental Design and Statistical/Engineering Analysis

Kohles Bioengineering Corp

Forensic Biomechanical Engineering

Research | Analysis | Testimony

Case Topics

Research Resources

Laboratory Services