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Experimental results of towing a cylinder through a dense suspension ofcornstarch and sucrose-water are presented. Focus is placed on the jammingfronts that exist in such systems. The literature has concentrated on thepropagation of the jammed region under pushing, pulling or shearing conditionsindependently. How the different fronts interact and if the fronts aresymmetric when generated simultaneously has remained unexplored. Investigatingthis is our main goal. With the current setup, we are able to view acontinuous, quasi-2D field around the cylinder. As such, a new way ofgenerating jamming fronts is presented whereby pushing, pulling and shearingcan be examined simultaneously. In agreement with previous studies, the frontpropagates roughly twice as fast in the longitudinal direction compared to thetransverse direction, which is attributed to a single underlying onset strain,regardless of orientation from the cylinder. Although the jamming front showsnearly perfect transverse symmetry, there is clear longitudinal asymmetry. Thisis evident in the velocity and strain fields, and is also detectable in thefront propagation velocity and onset strain.

Getting jammed in all directions: Dynamic shear jamming around a cylinder towed through a dense suspension