In this paper, the current status of modelling the compaction and sintering of particulate
materials is reviewed. Recent theoretical and experimental studies are described. It is …

A multi-particle finite element model (MPFEM) was used to explore the densification yield
surfaces of a collection of monosize particles in 2-D. Individual particles discretized with a …

This paper is concerned with the internal form of compacted ceramic green components.
The structural inhomogeneity of alumina specimens, compressed in a top pressed …

Die compaction of powders is a process which involves filling a die with powder,
compression of the powder using rigid punches to form a dense compact, and ejection from …

Densification behavior of aluminum alloy (Al6061) powder was investigated under cold
compaction. Experimental data were obtained under triaxial compression with various …

A new constitutive model for cold compaction of metal powders is developed. The plastic
flow of metal powders at the macroscopic level is assumed to be representable as a …

Copper powders have been densified by cold hydrostatic compaction and by cold closed-
die compaction. The stress versus strain relations were measured and the subsequent yield …

The well-known equations for the powder compaction process (PCP) in a rigid die published
from the beginning of the last century until today were considered in this review. Most of the …

W e present experimental data on the compaction of powder metals using two powder
systems with different powder particle morphologies. The data have been collected using …

In this paper, a transient dynamic analysis of the powder compaction process is simulated by
a large displacement finite element method based on a total and updated Lagrangian …