Formability of 7075 aluminum alloy sheets was studied after annealing of 71% cold worked
(CW) samples at different temperatures (270–450° C). Uniaxial tensile test, deep drawing …

In this paper, the anisotropy of the Al-Zn-Mg-Sc-Zr alloy sheet in the peak-aged state (0°,
30°, 45°, 60° and 90° with the rolling direction) is studied. The results show that texture is …

In the present work, fracture forming limit diagram (FFLD) of two different solution treated ie
970° C (HT970) and 1070° C (HT1070) Inconel-718 sheets were evaluated by carrying out …

A promising approach to decrease deformation load and improve ductility during forming of
Inconel-718 (IN718) is through the use of solution treated blanks. In the present work, IN718 …

In perforated sheet metal industries, the ability to predict and avoid failures, such as necking,
fracture and wrinkling are of great importance. It is important to work within the safe strain …

The present work explored the application of conventional stamping technology to
manufacture micro-channels in SS304 and AA1050 ultra-thin sheets of 200 μm thickness. In …

This study considers the tensile properties, formability limit strain and void coalescence
parameters of the commercially available aluminium alloy sheets in metal forming processes …

The formability of the austenitic grade of low Ni‐treated steels (SSLNA) was examined by
metal turning measure. The treated steel items are considered for choice as prepared with …

In this work, a combined forming and fracture limit diagram, fractured void coalescence and
texture analysis have been experimentally evaluated for the commercially available …

Cryorolling was performed on commercially pure aluminium sheet from an initial thickness of
7mm to 0.25 mm with a total true strain of around 3.33. Cryorolling was performed in many …