Featured Application Metalworking. Abstract In this study, the challenges associated with
conducting high-strain rate uniaxial compression testing experiments are highlighted. To …

This work examines the hot compression behavior of additively manufactured M789 steel via
laser powder bed fusion (LPBF) at temperatures ranging from 850° C to 1050° C and strain …

This paper presents a systematic experimental study to clarify the relationship between the
hot deformation conditions and microstructure evolution and flow stress of the individual …

Abstract Al–Zn–Mg–Cu alloys exhibit the best mechanical properties among aluminum
alloys, though they suffer from poor formability during metalworking processes. Thus …

In order to systematically study the stress correction method and hot deformation behavior of
F92 stainless steel, the hot compression test was performed using a Gleeble-3500 (DSI …

This paper presents constitutive equations that describe the hot flow behaviour of Virgin
(VG) X20 and rejuvenated heat-treated creep exhaust (CE) X20 steels. The study provides a …

Warm compression tests were performed for the Mo-based alloy MZ17 (Mo-1.7% wt.-ZrO 2).
Macroscopic deformations to about 67% reduction in height were imposed to cylindrical …

Double-cone samples offer the great advantage of drastically reducing the number of
required tests to correlate between processing parameters and microstructural evolution, as …

Due to its popularity in the industry, brass is an important material to model as it can lead to
time and cost savings. The hot deformation behaviour of CuZn40Pb2 brass was performed …

This article reports on the comparative study of the hot deformation behaviour of virgin (steel
A) and rejuvenated heat treatment creep-exhausted (steel B) P91 steels. Hot uniaxial …