September 2009 PMID 19711472

Biomechanics of dromaeosaurid dinosaur claws: application of X-ray microtomography, nanoindentation, and finite element analysis.

Phillip L Manning, Lee Margetts, Mark R Johnson, Philip J Withers, William I Sellers, Peter L Falkingham, Paul M Mummery, Paul M Barrett, David R Raymont

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Mentions

Peak: 27 in Apr 2021

across 4 sources since Apr 2021

Extended reach

2,695,973

potential audience

Total likes

26,554

Video views

2,603,229

Mentions per month

Apr 2021

All 27 dated mentions so far are from Apr 2021.

Where it's discussed

X / Twitter25 posts
Blogs5 articles
YouTube2 videos
Facebook2 posts

AI synopsis

What people are saying

The discussions around the article mainly praise its significance, with phrases like 'all-important Velociraptor Awareness Day' and references to the article's focus on dinosaur claws, reflecting a positive tone and appreciation of its new insights into dinosaur biology. The use of celebratory language and hashtags emphasizes enthusiasm while indicating a general interest rather than deep technical engagement.

AgreementModerate agreement

Both discussions acknowledge the importance of the article, particularly highlighting its contribution to understanding dromaeosaurid biomechanics.

InterestModerate interest

Respondents show a moderate level of interest, appreciating the focus on Velociraptor and its implications for paleontology.

EngagementNeutral engagement

The discussions are brief and mostly celebratory, indicating some engagement but limited deep analysis.

ImpactModerate impact

Participants suggest that the research could influence future studies on dinosaur behavior and biomechanics, though the responses are not highly detailed.

Abstract in brief

This study uses advanced imaging, nanoindentation, and finite element analysis to explore the mechanical properties and functionality of dromaeosaurid dinosaur claws, particularly Velociraptor’s, for the first time.
The results show that these claws were highly adapted for climbing, with resistance primarily in forces acting along the claw's length, but limited strength against tangential forces, with the tip designed for puncturing and gripping.
These findings support the idea that the climbing ability of dromaeosaurids played a significant role in their evolution, potentially contributing to the development of flight.]

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All mentions

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Velociraptor Claw Biomechanics and Functional Adaptations

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