This study investigates the fracture behavior of plastically deformed quenching and
partitioning (Q&P) steel under hydrogen conditions. The experimental results from slow …

Abstract Al–Zn–Mg–Cu alloys obtain their exceptional high strength predominately relying
on precipitation. Deformation can influence the evolution of precipitation and may potentially …

Macroscopic necking is of significant importance as it limits the ductility of materials. At the
microscopic level, deformation bands serve as indicators of strain localization. This study …

Low frequency vibration–assisted forming (LFVF) with high excitation force and dynamic
response is beneficial because of the low load and high forming quality. To reveal the …

Bake hardening (BH) is a vital part of application-specific steel manufacturing. Previous
studies on BH have focused on steels undergoing homogeneous yielding, which critically …

Abstract Three Al–Zn–Mg–(Mn) alloys with 0, 0.6, and 1.0 wt pct Mn were
thermomechanically processed from cast billets to wrought aluminum sheet using hot …

In this study, an equiaxed fine-grained copper specimen was fabricated by powder injection
molding, followed by hot isostatic pressing. The specimen showed a yield point …

In geotechnical engineering, the time-dependent behaviour or ageing behaviour is vital for
applications such as earthwork compaction and liquefaction potential assessment. This …

Further lightweighting of aluminum-intensive vehicle (AIV) body structures is of high priority
to increase vehicle range. 7000-series alloys can offer in-service strength levels of 500 MPa …

Polycrystalline metallic materials typically exhibit a gradual transition from elastic to elastic-
plastic deformation, followed by necking. In contrast, materials displaying the yield point …