Finite element simulation of powder consolidation in the formation of fiber reinforced composite materials

Nanocrystalline soft magnetic composite cores

“…Different consolidation techniques have been reported recently [13][14][15]. The proposed procedures like sintering, hot isostating pressing, warm compaction, explosive compaction, shock-wave compaction and static high-pressure compaction with pressures up to 5 GPa are costly and complex.…”

Finite-Element Modeling of Titanium Powder Densification

“…[16] An alternative modeling approach for modeling powder densification is based on the finite-element (FE) method. For powder densification modeling, some researchers have focused on developing macroscopic constitutive law [21][22][23][24][25][26][27][28][29][30] without addressing explicitly the stress state within individual powders to minimize computation expenses. In this context, a discrete element method (DEM) [31] with a simplified interparticle contact model and explicit integration, has been developed to simulate macroscopic granular compactions, with thousands of powder particles.…”

Ferromagnetic properties of polymer nanocomposites containing Fe78Si9B13 powder particles

“…The physical and chemical properties of a mechanical milled product depends on the rotational speed, size and number of the balls, ratio of the ball to powder mass, the time of milling and the milling atmosphere. of powders, like sintering, hot isostating pressing, warm compaction, explosive compaction, shock-wave compaction and static high-pressure compaction are costly and complex [14][15][16]. Processing of bulk materials from nanocrystalline powder (e.g.…”