Reactive molecular dynamics simulations have been used to simulate the chemical
mechanical polishing (CMP) process of silica glass surfaces with the ceria (111) and (100) …

The study investigated the bias-induced oxidation through ReaxFF molecular dynamics
simulations in order to bridge the knowledge gaps in the understanding of physical …

Water penetration is a primary cause of composite insulator core rod deterioration. The
performance of the glass fiber-epoxy resin (GFEP) interface plays a crucial role in …

In this paper, we establish a methodology to predict strain rate-dependent mixed-mode
traction-separation responses (ie, traction laws) for glass-epoxy composite interphase using …

Due to commonly observed adhesive fracture, the interphase regions between fibers and
matrix have often been considered a critical design factor in polymer matrix composites. This …

In the environment with high humidity, water will penetrate into the epoxy resin, resulting in
the deterioration of the electrical properties and the decreasing resistance for the heat and …

The purpose of this study is to use acoustic emission (AE) technology to explore the
changes in the interface and mechanical properties of GF/VER composite materials after …

Due to the organic porous nature of expanded polystyrene (EPS) foam concrete, the bond
strength between it and cement is weak, leading to a weakened interface transition zone …

Remote sensing observations by Hayabusa2 and laboratory measurements have revealed
that the phyllosilicates on asteroid (162173) Ryugu are dehydrated/dehydroxylated due to …

The field of nanotechnology has experienced rapid growth in recent years, fuelled by the
increasing need for high-performance next-generation nano/quantum devices/products …