Broken Bones: Anthropological Analysis of Blunt Force Trauma |
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Page 47
LITE Compression Tension Rotation Shear Bending Figure 2 - 2 . Forces Acting
Upon Bones . Forces on bone include compression , tension , rotation , and
shear . Arrows indicate the direction of the application . In bending , force may be
...
LITE Compression Tension Rotation Shear Bending Figure 2 - 2 . Forces Acting
Upon Bones . Forces on bone include compression , tension , rotation , and
shear . Arrows indicate the direction of the application . In bending , force may be
...
Page 103
It often is fractured in conjunction with compression or shearing of the pelvic ring
but also may fail under axial loading of the spine . Structurally , the sacrum
normally resists compression well , but is ill - suited to tension , rotation and shear
as ...
It often is fractured in conjunction with compression or shearing of the pelvic ring
but also may fail under axial loading of the spine . Structurally , the sacrum
normally resists compression well , but is ill - suited to tension , rotation and shear
as ...
Page 165
Vertical shearing fractures , which involve the anterior and posterior rings , may ,
however , extend to both sides . Posteriorly there is often iliac fracture lateral to
the sacroiliac joint or sacral fracture while , in the anterior , there may be
fracturing ...
Vertical shearing fractures , which involve the anterior and posterior rings , may ,
however , extend to both sides . Posteriorly there is often iliac fracture lateral to
the sacroiliac joint or sacral fracture while , in the anterior , there may be
fracturing ...
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Contents
Chapter | 5 |
The Biomechanics of Fracture Production | 35 |
Alison Galloway | 63 |
Copyright | |
11 other sections not shown
Common terms and phrases
accidents addition adults analysis anterior anthropologist appear applied articular surface associated avulsion fractures base bending blows blunt force body bone cause changes classification combination comminuted common complete compression consists damage death defects depressed determined direct direct blows dislocation displacement distal elements et al examination extensive extremely falls femoral Figure foot forces forensic frac fragment frequently greater hand head humerus impact important increase indicate individual injuries interpretation involved joint lateral less ligaments loading loss lower margin material mechanism medial motor vehicle neck oblique occur pattern pelvic portion position possible posterior produced proximal rare region relatively remains reported resistance result Rogers rotation seen segment separation severe shaft shearing side skeletal skull soft tissue specific spine spiral stress structure tend tension third tibia tion transverse trauma tures Type usually vertebrae vertical victim