Powder Metallurgy

Mining the PM archive
pp. 1-2(2)

News and views
pp. 3-4(2)

JPMA development prizes
pp. 5-5(1)

Powder processing, consolidation and metallurgy of titanium
pp. 6-10(5)
Author: Whittaker, David

HIP processing of materials for aggressive environments
pp. 11-13(3)

Energy consumption in powder metallurgical manufacturing
pp. 14-21(8)
Authors: Kruzhanov, Vladislav; Arnhold, Volker

Consolidation of Cu based amorphous powder by hot pressing method
pp. 22-28(7)
Authors: Cai, A H; Xiong, X; Liu, Y; An, W K; Zhou, G J; Luo, Y; Li, T L; Li, X S

Powder metallurgy processing of Al-Cu-Mg alloy with low Cu/Mg ratio
pp. 29-35(7)
Authors: Cooke, R W; Hexemer, R L; Donaldson, I W; Bishop, D P

Finite element modelling of ejection cracks in powder metallurgy die compaction processes: case study
pp. 36-44(9)
Authors: Hernández, J A; Oliver, J; Cante, J C; Weyler, R

Prediction of particle size for water atomised metal powders: parameter study
pp. 45-53(9)
Authors: Persson, F; Eliasson, A; Jönsson, P

Thermoanalytical sintering studies of Fe-C admixed with ferroboron performed in different atmospheres
pp. 54-64(11)
Authors: Momeni, M; Gierl, C; Danninger, H; Avakemian, A

Fabrication of biomedical Ti-35Nb-7Zr-5Ta alloys by mechanical alloying and spark plasma sintering
pp. 65-70(6)
Authors: Zou, L M; Yang, C; Long, Y; Xiao, Z Y; Li, Y Y

Combustion synthesis of Fe-ZrC composite from activated ZrO₂, C and Mg powders in presence of iron
pp. 71-75(5)
Authors: Ebrahimi-Kahrizsangi, R; Javadi, K; Saidi, A

Spark plasma sintering of pure iron nanopowders by simple route
pp. 76-79(4)
Authors: Fabrègue, D; Piallat, J; Maire, E; Jorand, Y; Massardier-Jourdan, V; Bonnefont, G