Understanding the interactions between molten polymers and inorganic porous solids is
critical for the heterogeneous catalytic conversion of waste polymers into useful chemicals …

We investigate the role of physical confinement on the polymer viscosity and the glass
transition temperature (T g) of unentangled polymers undergoing capillary rise infiltration …

Understanding and modulating the interactions between molten polymers and porous solids
is important for numerous processes and phenomena including catalytic conversion of …

This work combines experiments and finite element simulations to study the effect of pre-
imposed cyclic loading on surface instability of silicon rubber under compression. We first …

当上层超弹性硬质薄膜和下层可膨胀基底构成的双层结构受压时, 薄膜的自由表面可通过形成
褶皱降低系统能量. 研究表明, 上下两层的模量比不同时, 上层弹性硬质薄膜将表现出不同的表面 …

In this work, we combine both experiments and numerical simulations to study the large
deformation mechanics of two-dimensional patterned porous silicone rubber under biaxial …

If a soft solid is compressible, its volume changes with imposed loading. The extent of the
volume change depends on its Poisson's ratio. Here, we study the effect of the mechanical …

The bilayered structure of hard thin film on soft substrate can lose stability and form specific
patterns, such as wrinkles or creases, on the surface, induced by external stimuli. For bilayer …

Materials have a hierarchical nature, deriving often their most useful properties from
microscale or nanoscale constituents. Multiresolution analysis, a generalized continuum …

When a bilayer structure consisting of a thin stiff film and a thick compliant substrate
subjected to compressive deformation, its free surface would be wrinkled to minimize the …