The expansion and stability of foams made from remelted aluminium alloy scrap has been studied. Foams made from scrap alloy contain oxide bi films introduced from the swarf machining chips and turnings of LM26 alloy and these oxides act as stabilizing agents. The wettability of the oxides and hence the stabilisation is studied by varying the addition of Mg 0 to 2 wt. in the alloy. The viscosity of the melts with and without Mg addition is measured and correlated with foam expansion and stability. A detailed microstructural analysis of the base alloy and foam cell wall was conducted to obtain an understanding of the stabilisation behaviour of oxide
Aluminium foams were produced via the powder route in which blends of metal powders and blowing agen...
The foaming behaviour of aluminium alloys processed by the powder compaction technique depends cruci...
Aluminium based single films were pulled out of a melt using circular wire frames and characterised ...
The expansion and stability of foams made from remelted aluminium alloy scrap has been studied. Foa...
Aluminum alloys made from machining chips that have been heat treated and re melted, have been succ...
Aluminium alloy foams are created by injecting gas containing different levels of oxygen from amp;...
The role of oxidation in blowing particle stabilised aluminium foams Metal foams were produced b...
Closed cell foams were produced from re melted aluminum alloy scrap that contained 0.13 wt pct Mg m...
The current state of the art with regards to the production of metallic foams is reviewed with melt-...
AbstractAl powders, manufactured by different powder metallurgical methods, with various sizes have ...
The influence of oxides on the stabilisation of zinc foam made by foaming compacted powder mixtures ...
Metallic foams have been of considerable interest both from the industrial applicability and scienti...
Metal foams are prepared by mixing a metal powder and a gas-releasing blowing agent, by densifying t...
The foaming behaviour of aluminium alloys processed by the powder compaction technique depends cruc...
Individual metallic films were pulled from molten aluminium alloys containing different types of sta...
Aluminium foams were produced via the powder route in which blends of metal powders and blowing agen...
The foaming behaviour of aluminium alloys processed by the powder compaction technique depends cruci...
Aluminium based single films were pulled out of a melt using circular wire frames and characterised ...
The expansion and stability of foams made from remelted aluminium alloy scrap has been studied. Foa...
Aluminum alloys made from machining chips that have been heat treated and re melted, have been succ...
Aluminium alloy foams are created by injecting gas containing different levels of oxygen from amp;...
The role of oxidation in blowing particle stabilised aluminium foams Metal foams were produced b...
Closed cell foams were produced from re melted aluminum alloy scrap that contained 0.13 wt pct Mg m...
The current state of the art with regards to the production of metallic foams is reviewed with melt-...
AbstractAl powders, manufactured by different powder metallurgical methods, with various sizes have ...
The influence of oxides on the stabilisation of zinc foam made by foaming compacted powder mixtures ...
Metallic foams have been of considerable interest both from the industrial applicability and scienti...
Metal foams are prepared by mixing a metal powder and a gas-releasing blowing agent, by densifying t...
The foaming behaviour of aluminium alloys processed by the powder compaction technique depends cruc...
Individual metallic films were pulled from molten aluminium alloys containing different types of sta...
Aluminium foams were produced via the powder route in which blends of metal powders and blowing agen...
The foaming behaviour of aluminium alloys processed by the powder compaction technique depends cruci...
Aluminium based single films were pulled out of a melt using circular wire frames and characterised ...
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