In the past twenty years, shear-banding flows have been probed by various techniques,
such as rheometry, velocimetry and flow birefringence. In micellar solutions, many of the …

Rayleigh-Taylor (RT) instability widely exists in nature and engineering fields. How to better
understand the physical mechanism of RT instability is of great theoretical significance and …

In this paper, the late-time description of immiscible Rayleigh–Taylor instability (RTI) in a
long duct is numerically investigated over a comprehensive range of the Reynolds numbers …

Dynamic recrystallization (DRX) is almost universally observed in the microstructure of
adiabatic shear bands. It is usually admitted that DRX results from the large temperatures …

Previous linear stability analyses of the Rayleigh-Taylor instability problem for elastic solids
have been restricted to calculating the cutoff wavelength λ c (zero growth rate) in the limit of …

Strong anomalies have been discovered in the dependence of the superconducting
transition temperature T c on pressure, the most prominent one being a sudden decrease of …

Recent experiments at strain rates reaching 0.1 GHz suggest a power-law dependence of
solid-phase shear stress on strain rate. Novel nonequilibrium molecular dynamics …

Based on the framework of our previous work [HL Lai et al., Phys. Rev. E, 94, 023106
(2016)], we continue to study the effects of Knudsen number on two-dimensional Rayleigh …

A basic tenet of material science is that the flow stress of a metal increases as its grain size
decreases, an effect described by the Hall-Petch relation. This relation is used extensively in …

Recent advances in the ability to generate extremes of pressure and temperature in dynamic
experiments and to probe the response of materials has motivated the need for special …