Hot compression tests of A5083 aluminum alloys with extruded and homogenized initial
microstructures were carried out at varying temperatures (350 to 450° C) and strain rates …

Materials engineering and science rely heavily on the indirect measurement of plastic stress
and strain by post-processing of mechanical test data, including tension, torsion, and …

The deformation behavior and microstructure evolution of extruded A5083 aluminum alloy
were studied by performing hot compression tests at deformation temperatures ranging from …

An inverse analysis for obtaining a flow curve equation, which accounts for inhomogeneous
strain and temperature distributions, is applied to the evaluation of the softening fraction in a …

Inconel 600 super alloy is chromium rich alloy having excellent oxidation and corrosion
resistance at elevated temperatures. Due to these excellent properties, it is widely used in …

Abstract In this study, TiC 0· 5 N 0.5–70 wt% W cermet specimens consisting of a core–rim
grain structure with coherent interfaces and the binder phase were prepared by blending …

A new method to estimate the kinetics of dynamic recrystallization is proposed in this paper.
The proposed method enables the estimation of the kinetics of dynamic recrystallization …

Friction stir welding (FSW) was applied to a low carbon alloyed steel in order to stabilize the
austenite phase which can effectively maintain a preferable toughness. A Cr–Mo steel sheet …

The use of metallographic images to predict the mechanical properties of materials and their
corrosion behavior is helpful in achieving nondestructive detection and quality control …

A novel approach was proposed to elucidate hot flow stress of ferritic and austenitic duplex
alloys by employing ferritic stainless steel in the duplex temperature range. Hot compression …