Graphene is considered one of the most futuristic materials with a wide range of applications in the field of new technologies. The breakthrough character of this material lies primarily in its ...

This new 2D material made out of carbon is somehow stronger than graphene and exceptionally hard to crack.

Understanding fatigue failure mechanisms, testing methods, and strategies to enhance material fatigue resistance is critical for engineers working to improve structural durability.

Additionally, the pores of this advanced material (called COF-999) are lined amines—an NH 2 group that binds with carbon dioxide molecules and a fixture of most carbon capture tech.

To solve this fatigue problem, the researchers developed a fatigue-free ferroelectric system based on sliding ferroelectricity. A bilayer 3R-MoS 2 dual-gate device was fabricated using the ...

The presented paper introduces a model to estimate the fatigue damage dispersion based on known statistical distributions of the fatigue parameters (material properties and loading). The model is ...

In this work, we have designed a driving fatigue detection neural network, referred to as the attention-based multi-semantic dynamical graph convolutional network (AMD-GCN), which integrates a channel ...

The fatigue resistance of this 3D-printed nano-TiB 2 -decorated AlSi 10 Mg (NTD-Al alloy) is more than double that of other 3D-printed aluminium alloys and surpassed those of high-strength wrought AI ...

In addition, essential information was provided about the material's strength concerning fatigue initiation at the base metal and in the flash-butt welded joints (including stress concentration ...