UCBDynamicsLab

News and Updates from Prof. Oliver O'Reilly's Research Group in the Department of Mechanical Engineering at UC Berkeley

[UCBDynamicsLab @UCBDynamicsLab]

@anastasiabzv @CornellMAE Congratulations Anastasia! and thanks for sharing this wonderful news.

[UCBDynamicsLab @UCBDynamicsLab]

@OliverMOReilly https://t.co/8dDVqSOIrX

[Oliver O'Reilly @OliverMOReilly]

Interested in rolling spheres or BB-8? We hope you find our paper to be of interest:

Explorations of the holonomy of a rolling sphere | Proceedings of the Royal Society A: Mathematical, Physical and Engineering Sciences https://t.co/PvG3I2bBma

[Berkeley Mechanical Engineering @BerkeleyME]

Congratulations to #BerkeleyME Professor @OliverMOReilly!

[UCBDynamicsLab @UCBDynamicsLab]

Very proud of my twin brother
👇🏻

[Seamus O’Reilly MD PhD @Seamusoreilly18]

Very proud of my twin brother ( on the right 👇) @UCBerkeley @UCBDynamicsLab

[Berkeley Inspire @berkeleyinspire]

#BigGameWeek 🪓🐻🐻🐻

[Oliver O'Reilly @OliverMOReilly]

125th #BigGameWeek

#GoBears #BigGame

💛💙🐻

[Oliver O'Reilly @OliverMOReilly]

Interested in the history of @Cal?

URAP opportunities available for @UCBerkeley undergraduates interested in working on "A History of Women's Rowing at Cal" 👇

https://t.co/4fUyzW4U5P

[UCBDynamicsLab @UCBDynamicsLab]

Our latest work on material/configurational/Eshelbian forces in shells and plates has just appeared

Goldberg & O'Reilly "A material momentum balance law for shells and plates with application to phase transformations and adhesion"

https://t.co/ZFxR94AJUg

[Berkeley Engineering @Cal_Engineer]

We are excited to celebrate the news that Berkeley Engineering's Oliver O'Reilly has been named vice provost for undergraduate education. An ME professor since 1992, he'll be responsible for supporting teaching, learning and undergraduate discovery, https://t.co/3XJMPBa9rP.

[Seamus O’Reilly MD PhD @Seamusoreilly18]

Very proud of the twin brother @OliverOReilly_ (the one on the right 👇) @nuigalway @UCBerkeley

[UCBDynamicsLab @UCBDynamicsLab]

Our paper on the interesting post-touchdown dynamics of an electrostatically actuated MEMS device has just appeared in IJSS:

[open access courtesy of @UCBerkeleyLib]:

https://t.co/zAdUSp3F5u

[UCBDynamicsLab @UCBDynamicsLab]

Congratulations to Dr. Evan Hemingway (@BEAMvt BS '14. @BerkeleyME MS '16 & PhD '20) and his family.

Great to be able to celebrate your graduation today #BeGrad @CalEngineer

[UCBDynamicsLab @UCBDynamicsLab]

Free access to article Hybrid Robotics Lab at
@BerkeleyME 👇

https://t.co/zc95nZ9h7H

[UCBDynamicsLab @UCBDynamicsLab]

Some suggested reading for mechanicans and #MayThe4thBeWithYou

https://t.co/WcNDJY52Ic

[UCBDynamicsLab @UCBDynamicsLab]

https://t.co/RttqFm5xrZ

[UCBDynamicsLab @UCBDynamicsLab]

Celebrating the 5 year anniversary of our publication on shoelaces and our discovery of #ScienceTwitter

https://t.co/CkccHSFRYz

Here's a 🧵on some of our favorite tweets on the paper:

[UCBDynamicsLab @UCBDynamicsLab]

https://t.co/hJaQd5CRxK

[Chelsea Clinton @ChelseaClinton]

A fun read on what scientists have found to explain why our shoelaces come undone: https://t.co/qnDIyTCIYJ

[UCBDynamicsLab @UCBDynamicsLab]

https://t.co/vxVeJxZfJH

[Royal Society Publishing @RSocPublishing]

Knot what you want when you're running https://t.co/wYlLTA8DYm #ProcA | See the shoelaces slowly unravel and find out how to avoid it

[UCBDynamicsLab @UCBDynamicsLab]

https://t.co/3WZHnXYJuC

[The Economist @TheEconomist]

How shoelaces come undone https://t.co/wNIkFKuYOF

[UCBDynamicsLab @UCBDynamicsLab]

https://t.co/YG05H3KlOv

[UC Berkeley @UCBerkeley]

Shoe-string theory: #science shows why shoelaces come untied https://t.co/sckSV0XKqj

[UCBDynamicsLab @UCBDynamicsLab]

https://t.co/2XrdBcVofs

[Morning Edition @MorningEdition]

If your shoelaces continue to come untied, a weak knot may be to blame. https://t.co/FQ7jXtKCFT