Particulate Scale Numerical Investigation on the Compaction of TiC-316L Composite Powders

<div>(a) Variation of relative density and equivalent von Mises stresses with the pressure during compaction on TiC-316L composite powders with different initial packing structures when TiC% = 10 wt.% and R316L/RTiC = 1; (b) morphologies of initial packings with different relative densities (case I: ρ = 0.7297; case II: ρ = 0.7653) and the morphologies of both final compacts.</div>

Mathematical Problems in Engineering

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Figure 4

Figure 4: Particulate Scale Numerical Investigation on the Compaction of TiC-316L Composite Powders 