The microstructure and mechanical properties of sintered Fe–0.85 Mo–Ni steels were
investigated as a function of sintered density. A quantitative analysis of microstructure was …

The failure of sintered steels differs from the behaviour of wrought steels because of factors
such as porosity, remnants of previous particle surfaces and generally more complex …

Many of the targeted applications for powder-metallurgy materials, particularly in the
automotive industry, undergo cyclic loading. It is, therefore, essential to examine the fatigue …

The fatigue properties of sintered Ti–6Al–4V were investigated as a function of sintered
density and pore morphology. A quantitative analysis of microstructure was conducted to …

Abstract 4D pore configurations including an open pore were visualized by synchrotron X-
ray laminography during the ductile fracturing process and then interpreted quantitatively …

Detailed quantitative micrographic data are presented for Stages I and II of a Powder
Metallurgy Fe‐1.5 Cr‐0.2 Mo‐0.7 C steel specimen fatigued in bending with R=− 1 at 24 Hz …

The Bauschinger effect is a common phenomenon in metallic materials. In this paper, the
Bauschinger effect in Fe–0.85 Mo–2Ni powder metallurgy (PM) steel was investigated for …

The Bauschinger effect was investigated in a sintered Fe–Mo steel by conducting load
reversal experiments in tension followed by compression and vice-versa. A significant …

The mechanical properties of Ni-containing powder metal (PM) steels are usually inferior to
those of their wrought counterparts. The main problem is attributed to the non-uniform Ni …

The article offers information on the three-dimensional characterization and modeling of
porosity in powder metallurgy (PM) steels. It notes the presence of residual porosity in …