General Chemistry Labs will never be the same again.
Making new instructional videos
Making photoelastic particle molds
Q800 troubles
Whyyyy is this space so tinyyy
15 seconds of fame in our university newspaper
Sustaining the questionable cycle of systematic self-promotion…
Spanning the scales of granular materials through microscopic force imaging
Check out the paper on contact force imaging on compressed hydrogel spheres, done at Duke University. Don’t forget the associated discrete element modeling work.
Teaching General Chemistry 2 PCC12403
It never hurts to brush up on your chemistry. Well actually it does hurt, but it’s also fun.
Spanning the scales of granular materials through microscopic force imaging
N. Brodu, J.A. Dijksman, R.P. Behringer — Nature Communications 6 (2015)
Self-assembly in a near-frictionless granular material: Conformational structures and transitions in uniaxial cyclic compression of hydrogel spheres
Detecting network structures in packings of cyclically loaded spheres requires math. Lots of math….
D.M. Walker, A. Tordesillas, N. Brodu, J.A. Dijksman, R.P. Behringer, G. Froyland — Soft Matter 11, 2157–2173 (2015)
Obtaining self-similar scalings in focusing flows
Measuring power laws is hard! Fortunately, Newtonian fluids are well behaved.
J.A. Dijksman, S. Mukhopadhyay, C. Gaebler, T.P. Witelski, R.P. Behringer — Physical Review. E, Statistical nonlinear, and soft matter physics 92 (2015)
Multiple-contact discrete-element model for simulating dense granular media
Deformable spheres in a packing under compression can develop additional physics when new contacts are created due to their deformability and volume conservation. Here we introduce a DEM code that can calculate these consequences.
N. Brodu, J.A. Dijksman, R.P. Behringer — Physical Review. E, Statistical nonlinear, and soft matter physics 91 (2015)
