Weakly conducting dielectric solid particles and liquid droplets in strong electric fields are known to undergo symmetry-breaking bifurcations leading to steady electrorotation. This so-called Quincke effect, which results from the antiparallel electrostatic dipole induced by the applied field inside the particles, is well described by the class...
Creator:
Saintillan, David (University of California, San Diego)
Created:
2018-03-12
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.