With the rapid development of micro‐electromechanical systems (MEMS), micro/nanoscale
fabrication of 3D metallic structures with complex structures and multifunctions is becoming …

Advanced manufacture technologies, oriented to implants featured with high reliability, low
cost and high biocompatibility, are key approaches to advance the rehabilitation efficacy and …

In this study, experimental and numerical analyses are conducted to investigate sheared
edges after trimming three automotive sheet metals including TRIP steel, hot-stamped (HS) …

Electrically assisted (EA) forming has ubiquitous merits over room-temperature (RT) forming
and thermally aided forming for the fabrication of difficult-to-form microscale products …

Ultrasonic vibration is widely utilized in manufacturing processes mainly because acoustic
field could significantly affect the metal plasticity leading to stress reduction. However …

To clarify the fracture mechanism of metal foils, the ductile fracture and the free surface
roughening behaviors for pure copper foils are focused on in this study. Pure copper foils …

Progressive micro-scaled deformation is an efficient approach to fabricating microparts
directly using metal sheets. However, how the size effect and material crystal structure affect …

Traditional metal forming theories are not accurate in the analysis of micro/meso scale metal
deformation behavior due to the so-called size effect. As the deformation process scales …

As one of the promising micro-manufacturing technologies, micro-forming has economical
and ecological advantages in terms of mass and near-net-shape production. However, size …

The influence of size effect on deformation behaviors at quasi-static strain rate has been
widely studied in recent years. However, there is little research about size effect on …