Tube hydroforming is one of the most popular unconventional metal forming processes
which is widely used to form various tubular components. By this process, tubes are formed …

This article is the review of hydroforming technologies that have been used increasingly in
various industries including automotive applications. General concepts and technological …

Multi-directional rotary forging has the great potential to form thin-walled components with
three ribs because of its incremental deformation characteristic and smaller forging load …

Large-sized thin-walled tubular parts with high stiffened ribs are key lightweight structural
components used in transportation. To address the challenges of integral forming, a novel …

Protection under external loads often requires the use of energy absorbers. They are
designed to absorb impact energy in a controlled way protecting the structures, as well as …

The most important parameters in success of tube hydroforming process are internal
pressure and axial force loading paths. Theoretical calculations and finite element trial-and …

This study aims to investigate the feasibility of hydroforming (HF) technology coupled with
response surface optimization for producing high-quality five-branched AISI 304 stainless …

Tube hydroforming is a metal forming technology that uses internal pressure and the axial
feeding force to fabricate products with complicated cross-sectional geometries. In this study …

Tube hydroforming process is widely used in various industrial applications which consists
of combining internal pressure and axial displacement to manufacture tubular parts …

The warm hydroforming process has become an emerging technology in recent years to
reduce the weight of automotive body structure and minimize the number of process steps …