The relation between friction mechanism and force chains characteristics has not yet been
fully studied in the powder metallurgy research area. In this work, a uniaxial compression …

The effect of friction behavior on the compacted density is significant, but the relationship
between the topological properties of the contact network and friction behavior during …

The internal mechanical behavior of powder system and the side wall friction behavior
during powder compaction keep unclear yet. They are significant for revealing the …

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 …

Based on the discrete element method, a 3D particle size model including MoS 2 lubricant
and iron powder particles has been used to simulate the powder compaction process. The …

Powder metallurgy (PM) processes for porous copper and alloys have seen some
commercial successes, but PM methods have the disadvantage of relatively low porosity or …

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 …

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 relation between pressing energy and green strength is examined experimentally and
numerically using a commercially available design of experiment (DOE) software, at …