Super pliancy is a reasonable method for framing complex-molded structures. The strategy
has the benefits of convey in uncommon formability and possibly giving great dimensional …

In the superplastic forming process (SFP), exceptional formability can be achieved. The
formability in SFP is far superior when compared to traditional methods. Through SFP, the …

The superplastic alloys are characterized by strain rate sensitivity index (m). Actual values of
m depend on temperature, strain rate and grain size. This experiment aims to attain …

The aim of this work is the realisation of an automatic generalised procedure for creating a
parametric easily manageable and fully automatic FEM model to predict the mechanical …

Superplastic forming (SPF) is a powerful tool to manufacture complex parts for industries like
automobile and aerospace where strength to weight ratio of the part is the main criterion …

Superplastic Forming (SPF) is the designers first choice for producing the products that have
complexity as used in automobiles and aircraft. The ratio of strength to weight is a primary …

Abstract High-Speed Blow Forming (HSBF) is a new manufacturing technology based on
superplastic forming for the production of complex shape thin sheet of aluminum alloys for …

The auto industry aims to deliver cost-effective, efficient vehicles to meet customer needs.
They are utilizing aluminum to lower expenses, enhance durability, and lighten vehicles …

Hot forging/Superplastic forming is widely used to produce high strength, defect free,
homogeneous and complex shaped aerospace/automobile products. Deformation …

Aluminium Metal Matrix composites are having applications in the field of aerospace and
automobile industries because of their high strength to weight ratio. Forming process in …