To overcome the low drawability of aluminum alloy sheets at room temperature (RT), a novel
deep drawing process at cryogenic temperatures is proposed. Uniaxial tensile tests were …

The strong anisotropy, asymmetry and distorted evolution of plasticity in thermomechanical
processing of high performance metallic materials such as α-Ti make it difficult to identify the …

In this research, the earing characteristics of 6K21 aluminum alloy in circular cup deep
drawing are investigated by virtue of experiments and multi-scale simulations including …

The mill products like sheet always have one or more severe textures inevitably, and its
effect on mechanical properties is not a negligible issue. The orientation dependent tensile …

The anisotropic plasticity constants of the CPB06 criterion for Ti64, previously identified with
experiments performed in all three dimensions, are applied here to evaluate the effect of the …

In this study, experimental and numerical investigations were conducted to predict the
formability and fracture behavior of as-received and pre-strained sheet materials during …

Prototyping through incremental sheet forming is emerging as a latest trend in the
manufacturing industries for fabricating personalized components according to customer …

This paper mainly proposes two kinds of artificial neural network (ANN) models for
predicting the plastic anisotropy properties of sheet metal using spherical indentation test …

Because of the strong anisotropy in mechanical properties, press forming of commercially
pure titanium (CP-Ti) sheets often creates significant defects, including earing formation …

In this study, the formability behavior of Ti-6Al-4V alloy sheets under uniaxial and multi-axial
loading conditions at 923 K (650° C), which has received less attention till now, has been …