In the last two decades or so, spinning and flow forming have gradually matured as metal
forming processes for the production of engineering components in small to medium batch …

Hot spinning process has attracted significant attention because it can be used to
manufacture complex parts, extend the forming limit of materials, decrease forming forces …

Ever increasing demands on functional integration of high strength light weight products
leads to the development of a new class of manufacturing processes. The application of bulk …

Flow forming, as a kind of metal spinning processes, is mainly used to produce thin-walled
high-precision tubular components. In this study a coupled set of experiments and numerical …

A three-dimensional elastic–plastic finite element model for three-roller backward spinning
of a cylindrical workpiece is established and a practical spinning process of Hastelloy C …

In this paper, a method of stamping first and then strong staggered spinning was studied to
process Cu/Al laminated composite into thin-walled composite tube. The multi-scale …

The flow forming process has been used to produce a range of engineering components,
with reduced forming loads and enhanced mechanical and surface quality for a finished …

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 …

The distribution of equivalent plastic strain through the thickness of several AISI 1020 steel
plates formed under different conditions over a smooth cylindrical mandrel using a single …

Spinnability, the maximum thickness reduction ratio a material can undergo without fracture,
has important effects on product quality and production efficiency in tube spinning. However …