Analysis of hammerstone strikes, pressure signal, and force component.

<p>Panels (A) and (B) show the 10 strikes of the hammerstone resulting in peaks in the PSC pressure signal and net force, respectively. (C) and (D) show an expanded view of the first strike (peak circled in red on all panels). Dashed red line in panel (D) indicates the baseline force (due to t...

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Bibliographic Details
Main Author:	Cecilia Barroso-Medina (19688321) (author)
Other Authors:	Sam C. Lin (8900360) (author), Matthew W. Tocheri (7247075) (author), Manish Sreenivasa (720532) (author)
Published:	2024
Subjects:	Sociology Science Policy Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified validation results indicate typically involves using successful flake detachments direct experimental means 15 &# 176 hammer striking angle hammer impact causes force plate show accurate force measurement actual forces generated making stone tools relatively high accuracy recorded pressure data held synthetic hammerstone supported knapping experiments deformable pneumatic 3d stone knapping process stone hammer percussive force knapping experiments pneumatic chamber recording forces percussive forces stone knapping specifically knapping stone chips another stone xlink "> upper limb technological changes subsequent evolution study introduces sharp edges sensorized hammerstone related behaviours produce flakes printed grip novel solution milled striker hominin behaviour hominin anatomy ergonomic hand directly examine conducting anvil causing fracture 730 n 6 %,
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Analysis of hammerstone strikes, pressure signal, and force component.

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