International Workshop on Modelling of Metal Powder Forming Processes: Grenoble, France 21-23 July 1997 : proceedings
What people are saying - Write a review
We haven't found any reviews in the usual places.
Comparison between Constitutive Equations Modelling the Compaction of Iron Powder
Influence of the Third Stress Invariant on Iron Powder Behavior during Compaction
A Study of Elastic Properties of Compact and Threedimensional ElastoPlastic
18 other sections not shown
316L stainless steel analysis axial axisymmetric behaviour cold compaction cold isostatic pressing consolidated constitutive equations constitutive model creep curve dense material densification rate density distribution deviatoric deviatoric stress Discrete Element Method displacement effect ejection elastic evolution experimental data experiments finite element analysis finite element calculations finite element results friction coefficient geometry gradient green compacts Grenoble hardening hot isostatic pressing hydrostatic increment initial iron powder isotropic loading material parameters McMeeking and co-workers measured Mech mechanical mesh metal powder model of Abouaf numerical simulation obtained packed bed packing density particle plastic deformation plastic strain porosity porous material Powder Metallurgy power law predict pressure punch ratio relative density rubber mold sample shear Shima shows shrinkage sinter forging sintering solid specimen sphere-polyhedrons stainless steel powder strain energy potential structure temperature tensile thermal tool triaxial uniaxial compression values viscoplastic viscous volume yield function yield surface Young's modulus