The influence of martensite morphology and volume fraction on low-temperature impact
toughness of dual-phase (DP) steels was investigated by impact tests, nanoindentation …

We present an electron backscattered diffraction (EBSD)-trained deep learning (DL) method
integrating traditional material characterization informatics and artificial intelligence for a …

While experimental methods for characterizing edge fracture have advanced significantly,
current modeling approaches often neglect factors like anisotropy evolution and localization …

Nanoindentation testing using a Berkovich indenter was conducted to explore the
relationships among indentation hardness (H), elastic work energy (W e), plastic work …

The weakening behavior of ultra-high-strength steel (UHSS) remains unknown, even though
it is a requirement for the accurate prediction of strain localization and ductile fracture in …

In this work, we proposed a virtual laboratory based on full-field crystal plasticity (CP)
simulation to track plastic anisotropy and to calibrate yield functions for multiphase metals …

Deep insight into fracture evolution throughout shear cutting and the subsequent
deformation process plays a crucial role in successful experimental and numerical …

A novel in-plane bending test was used to study edge ductility in DP800 as a common
advanced high-strength steel in the car industry. The test utilized the digital image …

Assessing trimmed part quality involves periodic examinations of cut edges and shear
affected zones to characterize rollover, burnish, fracture and burr formation. Established …

Challenged to improve safety and fuel economy, automakers continually search for new
materials to meet high standards. Several factors drive the material R&D and selection for …