Cermets, particularly those based on TiC, are receiving considerable attention because of
their unique properties, including high hardness and resistance to thermal deformation …

Biocompatible metals have been revolutionizing the biomedical field, predominantly in
human implant applications, where these metals widely used as a substitute to or as function …

The process of sintering involves applying pressure and heat to the materials without
melting them in order to fuse the particles together into a solid mass. The fusion between the …

High porosity (40% to 60%) 316L stainless steel containing well-interconnected open-cell
porous structures with pore openness index of 0.87 to 1 were successfully fabricated by …

Although various materials have been exploited throughout history to restore damaged
organs, metallic biodevices are preferred in the biomedical industry because of their …

Nano/micro-bimodal powders take advantages of both nano-and micro-powders. However,
densification of the bimodal powder samples is hardly predictable with conventional …

Though press and sinter, powder metallurgy (PM) steel offers cost-effective solutions for
structural applications, there is a constant drive for improvement in their density. Addition of …

Rheological behavior of feedstock, which highly affects the condition of green body, is
substantial issue in powder injection molding process. In this paper, the influence of nano …

Nano powder had various advantages on powder metallurgy process. However, because of
its high price and difficulties in treatment, nano powder cannot be easily applied to the field …

One of the significant advantages of nanopowder is activated sintering and better surface
finish of the final components. However, because of its drawbacks like higher cost and low …