We review notations for, along with ways of presenting, the shear stress responses to large-
amplitude oscillatory shear flow (LAOS). We find that the Fourier loss and storage viscosities …

Polymer flooding is one of the most effective enhanced oil recovery (EOR) methods. High
temperature and a high salt content in oil reservoirs significantly decrease the performance …

Oscillatory shearing is a popular method to understand transient nonlinear rheology.
Various viscoelastic metrics have been used to analyze oscillatory rheology with different …

Common models used to describe rheological behavior of drilling fluids are built on pure
viscous flow assumption. Full rheological characterization of drilling fluid under this …

The Oldroyd 8-constant continuum framework established a vision for constitutive equations
for polymeric liquids—past, present, and future. In this Letter, we bridge a macromolecular …

Shallow water waves are studied for the applications in hydraulic engineering and
environmental engineering. In this paper, a (2+ 1)-dimensional extended shallow water …

A viscosity overshoot of fibers filled in a polymer melt under a shear flow is much tougher to
predict via the existing constitutive equations of suspension rheology in a viscous media …

Fourier transform rheology is the most frequently used method to interpret the nonlinear
rheological behavior of complex fluids under large amplitude oscillatory shear (LAOS) …

Blood is a non-Newtonian suspension of red and white cells, platelets, fibrinogen, and
cholesterols in Newtonian plasma. To assess its non-Newtonian behaviors, this work …

Predicting a transient stress overshoot for polymer melts under startup shear flow is
challenging. In recent, the classical White–Metzner (WM) constitutive equation of nonlinear …