The sintering densification trajectory for titanium powder is identified in terms of the
interaction between mass transport processes and microstructure evolution. During initial …

In this study, the influence of sintering temperature and hold time on densification,
mechanical properties, and microstructural characteristics of 17–4 PH stainless steel …

Efficient density evolution during sintering of the as-printed component is vital to reach full
densification and required properties of binder jet (BJT) components. However, due to the …

Green density of binder jetted parts are typically equal or lower than the powder tap density.
Also, anisotropic green porosity distribution is expected because of the characteristics of the …

This work is a review of two density changes common in UO 2 nuclear fuel: sintering and
irradiation-enhanced densification. These density changes must be understood in order to …

H13 is one of the most used tool steels for both hot and cold work tooling applications.
Binder jet additive manufacturing offers the potential to deposit complex tools at scale due to …

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 …

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 …

The press and sinter method remains the standard among powder metallurgy processes for
powdered stainless-steel materials. It delivers low cost, low oxidation rate, and adequate …