The current medical implants are being developed using materials like Co-Cr, stainless
steel, and titanium alloys. These conventional implant materials induce a stress shield effect …

The die-wall friction is one of the influential mechanical factors in the metal nano-powder
compaction process that can noticeably impress the densification behavior of nanoparticles …

A key challenge in binder jet additive manufacturing is the low density of fabricated parts. An
emerging approach to mitigate the low density is comprised of in-situ uniaxial compression …

In this study, the friction mechanism and its relation to the force chains during powder
compaction were analyzed by using the discrete element method. The results showed that …

It is known that the shape of a cutting insert blank, after pressing and sintering, can be
predicted with finite element (FE) simulations. It is also known that such simulations have the …

Finite element (FE) simulations are frequently used nowadays in order to analyse powder
compaction and sintering, for example, when determining the shape of a cutting blank insert …

Spray-dried refractory carbide and metal powder mixtures, containing tungsten carbide, is
compacted and sintered during the production of conventional cutting tool inserts. Since …

Material parameter curves in an advanced material model describing compaction of spray
dried cemented carbide powder are determined successfully based on a general approach …

This paper presents the application of digital image correlation to uniaxial and diametral
compression tests to identify the Drucker-Prager/cap shear failure and the elastic …

The quasi‐static confined uniaxial compaction of granular alumina and boron carbide was
studied, and the effect of triaxial stress on the materials as a function of increasing particle …