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 …

The increasing application of hydroforming for the production of automotive lightweight
components is mainly due to the attainable advantages regarding part properties and …

Hydroforming processes have become popular in recent years, due to the increasing
demands for lightweight parts in various fields, such as bicycle, automotive, aircraft and …

Nickel-based superalloy thin-walled components have been used in aerospace equipments
requiring high reliability and durability at high-temperature condition. To overcome the …

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

To overcome the problems in forming the variable-diameter tubes by tube hydroforming,
such as excessive thinning and high internal pressure, a new approach named axial hydro …

In this paper, the 3D drawing software UG is used to establish the geometric modeling of T
tube for hydroforming process, and the software DYNAFORM is used to simulate the forming …

Forming process of the metal bellows is very sensitive to the fluctuation of material
parameters. In this state, revealing the influence of material parameters on deformation …

Stress states on a multi-branch tubular part are the most complicated change in all types of
hydroforming process, which result in severe variation of thickness. In this paper, an …

In the last years a strong research effort was produced in order to develop and design new
forming technologies able to overcome the typical drawbacks of traditional forming …