The occurrence of size effects in microforming process influences the accuracy of the
products significantly. To investigate the scale effect and the mechanism of springback …

With the increasing demand for meso/micro-scaled medical products made of biocompatible
materials, thermal-aided mesoforming is proposed to improve material formability and …

To contribute to process design of microforming at elevated temperatures, the effect of grain
size on mechanical behavior of pure titanium foils was studied. Uniaxial tensile tests and …

The increasing demand for lightweight vehicles, while ensuring collision safety, has led to
the growing utilization of high-strength steel sheets. Accordingly, the hot stamping process …

A high-density pulse current was introduced into the V-shaped bending process to reduce
the bending springback of nanocrystalline Ni foil. The effect of different pulse current …

The springback behaviors of tailor rolled blanks with high-strength steels including CR340,
DP590 and Q&P980 together with light aluminum after U-channel forming are investigated …

High-strength steels (HSS) appear as a good alternative to common steels to reduce vehicle
weight, thus reducing fuel consumption. Despite the excellent mechanical behavior towards …

Pure titanium (Ti) is usually deformed at elevated temperatures due to its poor formability at
room temperature (RT), resulting in its strength reduction after deformation. Applying pre …

Springback is a significant problem in the sheet metal forming process. When the tools are
released after the stage of forming, the product springs out, because of the action of the …

For this study, a novel resistance heating system for microforming was developed using
surfaces of forming dies as heating resources. The electrical resistance of the die surfaces …