activity
20162021
most citedCavity collapse near slot geometries

42 citations · 70 across the 4 of their papers we have counts for

collaborators

6 papers

cond-mat.soft2021

Collision of Dynamic Jamming Fronts in a Dense Suspension

Olav Ro mcke, Ivo R. Peters, R. Jason Hearst

Dynamic jamming is a phenomenon whereby a dense suspension switches from a fluid-like to a solid-like state when subjected to sufficient stress and deformation. Large enough system…

cond-mat.soft20212 cited

Characterizing the surface texture of a dense suspension undergoing dynamic jamming

Olav Rømcke, Ivo R. Peters, R. Jason Hearst

Measurements of the surface velocity and surface texture of a freely propagating shear jamming front in a dense suspension are compared. The velocity fields are captured with parti…

physics.flu-dyn202042 cited

Cavity collapse near slot geometries

Elijah D. Andrews, David Fernández Rivas, Ivo R. Peters

The collapse of a gas or vapour bubble near a solid boundary produces a jet directed towards the boundary. High surface pressure and shear stress induced by this jet can damage, or…

physics.flu-dyn201926 cited

Jet direction in bubble collapse within rectangular and triangular channels

Lebo Molefe, Ivo R. Peters

A vapor bubble collapsing near a solid boundary in a liquid produces a liquid jet that points toward the boundary. The direction of this jet has been studied for boundaries such as…

physics.flu-dyn2018

Bubble Collapse and Jet Formation in Corner Geometries

Yoshiyuki Tagawa, Ivo R. Peters

The collapse of a vapor bubble near a flat solid boundary results in the formation of a jet that is directed towards the boundary. In more complex geometries such as corners, predi…

cond-mat.soft2016

From splashing to bouncing: the influence of viscosity on the impact of suspension droplets on a solid surface

Martin H. Klein Schaarsberg, Ivo R. Peters, Menachem Stern +3

We experimentally investigated the splashing of dense suspension droplets impacting a solid surface, extending prior work to the regime where the viscosity of the suspending liquid…