Low Speed Automobile Accidents:

• General material loading responses
• Vehicle crush response for low speed impacts into rigid barriers
• Crush responses in two-vehicle, low speed collisions
• Computer modeling methods
• Energetics of collisions
• Bumper behavior
• Integrated hits and other effects
• Interesting mechanical models
• Comparisons between the CRASH3 and the POD models
• Proper solutions to various problems
• Rollovers and side trips
• A short course on medical imaging techniques
• Kinematics, dynamics and biomechanics
• Neck injury, head injury and brain damage
• Chest and femur loadings
• Causes of injury: A review of the low impact, human-subject literature
• Causes of injury: The statistics
• Body bouncing and rotations
• Assorted biomechanical effects
• Assorted injury-related data and vehicle safety considerations
• Witness testimony in automobile accident trials
• Using demonstrative evidence in automobile accident trials
• A plaintiff viewpoint: Excluding testimony of the defense
• Biomechanical engineer at trial
• Mounting and surviving
• Daubert/Kumho challenges
• Getting beyond the ipse dixit
• The medical and biomechanical aspects of low speed accidents
• Specific examples and animations
• Accident reconstruction definitions and other notes
• An examination of Druz v. State Farm Mutual Insurance Company

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