activity
20152017
most citedNonlocal elasticity near jamming

23 citations · 28 across the 2 of their papers we have counts for

collaborators

7 papers

cond-mat.soft2017

On the Apparent Yield Stress in Non-Brownian Magnetorheological Fluids

Daniel Vagberg, Brian P. Tighe

We use simulations to probe the flow properties of dense two-dimensional magnetorheological fluids. Prior results from both experiments and simulations report that the shear stress…

cond-mat.soft2017

Shear banding, discontinuous shear thickening, and rheological phase transitions in athermally sheared frictionless disks

Daniel Vågberg, Peter Olsson, S. Teitel

We report on numerical simulations of simple models of athermal, bidisperse, soft-core, massive disks in two dimensions, as a function of packing fraction , inelasticity of coll…

cond-mat.soft2016★ 5 cited

Effect of Collisional Elasticity on the Bagnold Rheology of Sheared Frictionless Two Dimensional Disks

Daniel Vågberg, Peter Olsson, S. Teitel

We carry out constant volume simulations of steady-state, shear driven flow in a simple model of athermal, bidisperse, soft-core, frictionless disks in two dimensions, using a diss…

cond-mat.stat-mech2016★ 23 cited

Nonlocal elasticity near jamming

Karsten Baumgarten, Daniel Vagberg, Brian P. Tighe

We demonstrate that the elasticity of jammed solids is nonlocal. By forcing frictionless soft sphere packings at varying wavelength, we directly access their transverse and longitu…

cond-mat.soft2016

Mapping the jamming transition of bidisperse mixtures

D. J. Koeze, D. Vågberg, B. B. T. Tjoa +1

We systematically map out the jamming transition of all 2D bidisperse mixtures of frictionless disks in the hard particle limit. The critical volume fraction, mean coordination num…

cond-mat.soft2016

Beyond linear elasticity: Jammed solids at finite shear strain and rate

Julia Boschan, Daniel Vagberg, Ellak Somfai +1

The shear response of soft solids can be modeled with linear elasticity, provided the forcing is slow and weak. Both of these approximations must break down when the material loses…