Solid State Phenomena
Vol. 134
Vol. 134
Solid State Phenomena
Vols. 131-133
Vols. 131-133
Solid State Phenomena
Vol. 130
Vol. 130
Solid State Phenomena
Vol. 129
Vol. 129
Solid State Phenomena
Vol. 128
Vol. 128
Solid State Phenomena
Vol. 127
Vol. 127
Solid State Phenomena
Vols. 124-126
Vols. 124-126
Solid State Phenomena
Vols. 121-123
Vols. 121-123
Solid State Phenomena
Vol. 120
Vol. 120
Solid State Phenomena
Vol. 119
Vol. 119
Solid State Phenomena
Vol. 118
Vol. 118
Solid State Phenomena
Vols. 116-117
Vols. 116-117
Solid State Phenomena
Vol. 115
Vol. 115
Solid State Phenomena Vols. 124-126
Paper Title Page
Abstract: Al-Mg alloy foams were synthesized via conventional melt foaming method. Ca and TiH2 were
introduced into molten Al-Mg alloys with different magnesium contents. The macrostructures of
resultant alloy foams were analyzed and correlated with compressive properties estimated by
compression test. It is shown that the pore structures observed in alloy foams degraded with
increasing Mg contents. This tendency was shown to be consistent with compressive
characteristics of corresponding alloy foams. In detail, plateau strength was high for Al-1wt%Mg
alloy foams, exhibiting a gradual decrease in plateau strength with increasing magnesium content.
1841