Flexibility in metal forming is needed more than ever before due to rapidly changing
customer demands. It paves the way for a better control of uncertainties in development and …

Single point incremental forming (SPIF) is a new sheet metal forming process which
achieves higher formability, greater process flexibility and reduced forming force compared …

Industrial application of magnesium alloy AZ31 is dramatically increasing due to the very
competitive mechanical strength vs. weight ratio. On the other hand, AZ31 is very difficult to …

In the present study, it was attempted to apply the incremental forming method to
magnesium sheets at warm temperature in order to fully utilize the formability of the material …

Magnesium alloy components are mainly used in aerospace and automotive fields, but poor
deformation ability at room temperature restricts their application in other industries. To …

The slip/twinning activity and cracking behavior of an extruded Mg-3Y sheet during strain-
controlled tension-compression low-cycle fatigue (LCF) at room temperature were studied …

This paper presents a new full-field, efficient and mesh-free numerical framework to model
microstructure evolution, dynamic recrystallization (DRX) and formability in hexagonal …

The warm temperature drawability of austenitic (STS 304) and ferritic stainless (STS 430)
steel sheet samples was evaluated using the cup drawing test. The measured limiting …

This paper introduces an innovative warm incremental sheet forming approach with global
heating through an oil bath setup as a heat source to form Mg alloy sheets. An attempt was …

Magnesium based laminates have been successfully prepared by various methods. Their
microstructure and mechanical properties have also been fully discussed. However, there …