We derive and study equations for the weakly nonlinear medium-amplitude oscillatory shear
(MAOS) response of materials exhibiting time-strain separability. Results apply to …

An H-polymer has an architecture that consists of four branches symmetrically attached to
the ends of a polymer backbone, similar in shape to the letter “H”. Here, a renewable H …

We derive and demonstrate how analytical solutions for strain-controlled medium-amplitude
oscillatory shear (MAOS) can be coupled with a continuous distribution of relaxation times …

Designing with rheologically-complex materials, in particular, linear viscoelastic fluids,
requires a material description with parameters that are simple and uniquely represent …

Abstract Design engineers have traditionally selected simple materials, including linear
elastic solids and Newtonian fluids, for their designs, and optimize designed systems within …