Powder Metallurgy

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pp. 1-4(4)

2008 JPMA development awards
pp. 5-7(3)

Evaluating the flow behaviour of powders for die fill performance
pp. 8-11(4)
Authors: Sinka, I.C.; Cocks, A.C.F.

Effect of copper oxide on microwave heating of copper powder
pp. 12-16(5)
Authors: Sueyoshi, H.; Honbo, T.

Thermal expansion behaviour of SiC_p/Cu composites prepared by spark plasma sintering and pressureless infiltration
pp. 17-23(7)
Authors: Zhang, L.; Qu, X.H.; Duan, B.H.; He, X.B.; Ren, S.B.; Qin, M.L.

Production of iron matrix composite reinforced by TiN particulate through nitriding by powder metallurgy
pp. 24-27(4)
Authors: Tang, C.F.; Pan, F.; Qu, X.H.; Duan, B.H.; He, X.B.; Wang, T.J.

Supersolidus liquid phase sintering of Al6061/SiC metal matrix composites
pp. 28-35(8)
Authors: Asgharzadeh, H.; Simchi, A.

Effect of solution treatment under load on microstructure and fabrication of porous NiTi shape memory alloy by self-propagating high temperature synthesis
pp. 36-41(6)
Authors: Kaya, M.; Orhan, N.; Kurt, B.

Pressing vacuum sintering of multipowders for manufacturing novel engine valve seat on Gleeble 1500 simulator
pp. 42-48(7)
Authors: Zhu, Y.Z.; Yin, Z.M.

Selection of optimum parameters to obtain Ag-TiB₂ composite electrical contacts
pp. 49-60(12)
Authors: Ciuman-Krzemień, A.; Burzyńska, L.; Galanty, M.

On role of stearic acid on morphology of Al-SiC_p composite powders produced by mechanical alloying method
pp. 61-64(4)
Authors: Saberi, Y.; Zebarjad, S.M.; Akbari, G.H.

Effect of sintering parameters on mechanical properties of injection moulded Ti-6Al-4V alloys
pp. 65-71(7)
Authors: Ergül, E.; Özkan Gülsoy, H.; Günay, V.

Mechanical properties and porosity relationship of porous iron compacts
pp. 72-79(8)
Authors: Ahmed, Y.M.Z.; Iskander, B.A.; Ibrahim, M.; Shalabi, M.E.H.

Tensile properties of sinter hardened powder metallurgy components machined in their green state
pp. 80-83(4)
Authors: Robert-Perron, E.; Blais, C.; Pelletier, S.

Characterisation of microstructure and properties of nano-copper powders prepared by flow levitation method
pp. 84-86(3)
Author: Chu, G.