. 『バイオメカニクス』
(biomechanics)

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The study showed that Dilophosaurus’ skull was more robust, had more expanded crests and probably capable of delivering a powerful bite, much to the appeal of biomechanics enthusiasts like myself. Fantastic artwork by to illustrate the ferocity of Dilophosaurus.

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After 30yrs I continue to hear bewilderment from those interested in drawing the human body. I tell them all the same thing: study anatomy, biomechanics, and martial arts. These directly enhance your perception of the body and allow you to stylize them for your own art.

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Check out this new paper: "A passive back-support exoskeleton for manual materials handling: Reduction of low back loading and metabolic effort during repetitive lifting" https://t.co/kXI4I6Ym7Z

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"The inferred feeding biomechanics of H. floresiensis closely resemble modern humans, suggesting that this pattern may have been present in the last common ancestor of Homo sapiens and H floresiensis" https://t.co/1SozXFlcoT

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Our new paper on tooth modeling (and model simplification) of extant and extinct reptiles is out. https://t.co/ANqWr4LAAX



Please check out the 🧵below for details.
https://t.co/NAP0fUTBwh

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Day 13: Present

Naomi Asakawa is the head of Spectrum Biomechanics' Organics Department. She's very passionate about her work, and while her workplace demeanor may be somewhat less than professional, no one doubts her results.

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For and check out this paper on the biomechanics of the Cretaceous South American notosuchian Araripesuchus by Nico Nieto, Federico Degrange, &
https://t.co/AdBgr5vNqh

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Non-biodegradable objects may boost microbial growth in water bodies by harnessing bubbles: https://t.co/r0sKL5jkIC

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New paper alert! How did the Hobbit eat? Graduate student Rebecca Cook and Justin Ledogar delve into the cranial biomechanics of the hominin Homo floresiensis.
https://t.co/dl1jARbXd2

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"The inferred feeding biomechanics of H. floresiensis closely resemble modern humans, suggesting that this pattern may have been present in the last common ancestor of Homo sapiens and H. floresiensis" https://t.co/1SozXFlcoT By

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Out today in : our new paper on 🐰 cranial biomechanics combining MDA & FEA! 👉https://t.co/9HIrow24hz Great work by Peter Watson & the whole team! Analyses run on & work funded by

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"Biomechanical performance of the cranio-mandibular complex of the small notosuchian Araripesuchus gomesii (Notosuchia, Uruguaysuchidae)" new paper by M.N. Nieto et al. in The Anatomical Record ()

https://t.co/T6KMkbD4ck

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COLOR !!!
I used the closest biomechanics, the xenomorphs.

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