After years of largely academic interest and niche applications, a new generation of high
duty CNC machines is enabling the flow forming process find increasing application in …

After years of pure academic interest and niche applications, today the flow forming process
is growing in its importance in the forming industry, due to increasing demand in aerospace …

The eccentric force exerted on the mandrel by the rollers has important influence on the
forming precision of tubular workpieces during tube spinning, which is closely related to the …

Flow forming is a cold working process that makes it possible to produce high-precision thin-
walled rotational symmetric parts leading to increased mechanical properties. The backward …

FEA process modelling, which has seen plenty of development in recent decades, has
significantly simplified and broadened our capabilities for designing and optimising metal …

This study proposes a novel counter-roller active spinning process that combines the
characteristics of rolling and power spinning to solve the high-quality manufacturing problem …

Aiming at the problem of uneven forces on the inner and outer surfaces during counter-roller
spinning (CRS) of thin-walled cylinders, which affects the spinning stability and forming …

Spinning of a common aluminium automotive casting alloy A356 (Al–7Si–0.3 Mg) at
elevated temperatures has been investigated experimentally with a novel industrial-scale …

Staggered spinning is a cost-effective method to manufacture axisymmetric components,
especially for the ultrathin cylindrical parts. However, due to the complex material flow …

Tube spinning is a continuous bulk forming technique used to produce seamless tubes. In
the last six decades, tube spinning process has been applied to a wide range of engineering …