Douglas Holmes (@dpholmes) 's Twitter Profile
Douglas Holmes

@dpholmes

professor of theoretical and applied mechanics at Boston University, songwriter (@dougholmesmusic), surfer, father.

ID: 38019899

linkhttp://www.bu.edu/moss calendar_today05-05-2009 21:05:17

2,2K Tweet

1,1K Followers

271 Following

Physics Magazine (@physicsmagazine) 's Twitter Profile Photo

Squeezing on a tight collection of elastic beams leads to a transition from disorder to order—eventually most of them buckle in the same direction. Story by Dan Garisto. Ousmane Kodio Douglas Holmes Massachusetts Institute of Technology (MIT) Boston University physics.aps.org/articles/v16/54

Douglas Holmes (@dpholmes) 's Twitter Profile Photo

Arman got curious about this problem by watching the way the gills on the underside of a mushroom clump together in waves.

Douglas Holmes (@dpholmes) 's Twitter Profile Photo

I'd like to include a lecture in my Structural Mechanics course on origami. These are 4th year MechE's. We will fold the miura and waterbomb base in class. Origami Twitter: What core ideas/concepts in origami should students at this level be introduced to?

Matter_CP (@matter_cp) 's Twitter Profile Photo

James F. Gilchrist and Samuel R. Wilson-Whitford highlighted the work of Arman Guerra and Douglas P. Holmes about elastogranular sheets in #MatterIssue46! Douglas Holmes, @BostonUniversity Read more: bit.ly/3Vgj8Lp

James F. Gilchrist and Samuel R. Wilson-Whitford highlighted the work of Arman Guerra and Douglas P. Holmes about elastogranular sheets in #MatterIssue46! <a href="/dpholmes/">Douglas Holmes</a>, @BostonUniversity
Read more: bit.ly/3Vgj8Lp
Douglas Holmes (@dpholmes) 's Twitter Profile Photo

Reading a novel, I feel personally attacked: “Would you by any chance be familiar with certain notions concerning bifurcations in dissipative structures?” “I most certainly would not. In fact if I had to be I hope I’d kill myself.” - Denis Johnson (Already Dead)

Douglas Holmes (@dpholmes) 's Twitter Profile Photo

The opening of the the Devil’s Finger fungus looks analogous to some work we did with Liquids&Elasticity LAB @Princeton did a while back looking at bilayer bending from swelling vs capillary adhesion.

The opening of the the Devil’s Finger fungus looks analogous to some work we did with <a href="/LiquidsLab/">Liquids&Elasticity LAB @Princeton</a> did a while back looking at bilayer bending from swelling vs capillary adhesion.
BU Experts (@buexperts) 's Twitter Profile Photo

"My students commented on how the bridge looked almost like a toy as it collapsed," says BU Engineering's Douglas Holmes, who discussed the #FrancisScottKeyBridge disaster with his students. He delves into their class discussion in the Q&A below ⬇️. Doug Most spr.ly/6006Z5W6M