1. The potential and limitations of utilising head impact injury models to assess the likelihood of significant head injury in infants after a fall 
C.Z Cory, M.D Jones, D.S James, S Leadbeatter, L.D.M Nokes 
Forensic Science International 
Volume 123, Issue 2, Pages (December 2001)
DOI: /S (01)

2. Fig. 1 Linear acceleration.
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3. Fig. 2 A fall involving linear acceleration.
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4. Fig. 3 A fall involving an initial jump or throw.
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5. Fig. 4 A fall involving a previous forward (horizontal) motion.
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6. Fig. 5
The relationship between kinetic energy, velocity, force and mass of an impacting body and the stopping, or deformation distance (s).
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7. Fig. 6
Impact of the skull onto deformable (soft) and rigid (hard) surfaces.
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8. Fig. 7 Angular acceleration of the head due to whiplash.
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9. Fig. 8 Axial rotational acceleration of the head.
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10. Fig. 9
The deceleration lag of the brain after the skull impacts a surface.
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11. Fig. 10 A typical g/time trace of an impact.
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12. Fig. 11 Maximum acceleration on a g/time trace.
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13. Fig. 12
Examples of acceleration time profiles from two different impact simulations.
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14. Fig. 13
The WSTC [31].
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15. Fig. 14 Using The Wayne State University tolerance curve.
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16. Fig. 15 Typical g/time trace of a human head during impact.
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17. Fig. 16 Two different waveforms with similar GSI values
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18. Fig. 17
Head-steering wheel hub contact in medium-hard contact impact [45].
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19. Fig. 18 Area of waveform utilised for calculating HIC [9].
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20. Fig. 19 Injury risk curve for HIC [52].
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21. Fig. 20
Percentage of animals experiencing a significant head injury as a function of HIC experienced by a 3-year-old child dummy [54].
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