Hot metal gas forming (HMGF) of tubular profiles enables intricate designs for lightweight
material production. HMGF showed an immense manufacturing potential, due to the …

Cryogenic forming has been proposed for the fabrication of complex aluminum alloys
tubular components to overcome the shortcomings of traditional forming processes. It is …

Cryogenic medium pressure forming has been proposed to fabricate aluminum alloy
complex tubular components. It is urgently needed to evaluate and predict the cryogenic …

The aim of this research was to investigate an effect of low temperature on the mechanical
properties and microstructure of 6061-T6 aluminium alloy (AA6061-T6) subjected to …

Hot gas forming with synchronous die quenching is proposed to form aluminum alloy
complex-shaped components. The effects of heating temperature (400∼ 520℃), gas …

Climate targets set by the EU, including the reduction of CO2, are leading to the increased
use of lightweight materials for mass production such as press hardening steels. Besides …

A hot stam** process of quenchable steel tubes using a mandrel reinforced with eco-
friendly fibers was developed to produce ultra-high strength steel hollow parts having …

To produce ultra-high strength steel hollow parts for reducing the body weight and improving
the collision safety of automobiles, a hot stam** process of quenchable steel tubes using …

Conventional aging methods cannot be applied to strengthen the welding joints of large
aluminum components. In this regard, this paper innovatively proposes an electromagnetic …

This paper presents a systematic study of heating effects on the hot deformation and
microstructure of dual-phase titanium alloy Ti-6Al-4V (TC4) under hot forming conditions …