Aluminum bronzes comprise that group of copper-aluminum alloys containing from very small amounts up to approximately l6 per cent aluminum by weight. Appreciable quantities of iron, manganese, nickel, and other elements are frequently added which results in complex alloys where more than one of the above elements are added to the bronze.Considered in the light of properties obtainable by heat treatment these alloys represent some of the most versatile non-ferrous alloys in wide use today. They combine the property of great strength, which can be altered as required by proper heat treatment, with excellent corrosion resistance. The alloys can be subjected to heat treatments similar to those used for the heat treating of steel. By means of su...
SUBSTANTIAL information is available on the microstru-ctures of high tensile aluminium -bronzes but ...
ALUMINIUM- BRONZES , particularly those containing 10 or more of aluminium, have a great poten...
Substantial information is available on the microstr-uctures of high tensile aluminium bronzes but...
Aluminium bronzes are copper base alloys containing aluminium up to 12% with additions of nickel, ir...
The broad usefulness of pure copper is expanded by the high copper alloys which, often with no serio...
THE development of aluminium-bronze alloys has basically been due to a combination of useful prope...
This is a copper-aluminium bronze containing 10 wt% aluminium. A small amount of iron is often added...
Alloys approximating to 70Cu-20Mn-10Zn are white in colour, are a phase (F.C.C) and possess mechanic...
Effect of heat treatment on micro structural changes in aluminium bronze This paper attempts to summ...
During the research a group of copper and tin alloys was investigated. The influence of variable add...
In this study, the influence of the variable content of Al, Ni, Fe on the grain refining and the cha...
The effect has been studied of quenching in water and oil, of air-cooling, and of subsequent temperi...
The effect of iron addition to Cu-Al-Ni alloys (in the zone of the chemical composition of commerci...
Aluminium is the world's most abundant metal and is the third most common element, comprising 8% of ...
Aluminium bronzes are used for their combination of high strength, excellent corrosion and wear resi...
SUBSTANTIAL information is available on the microstru-ctures of high tensile aluminium -bronzes but ...
ALUMINIUM- BRONZES , particularly those containing 10 or more of aluminium, have a great poten...
Substantial information is available on the microstr-uctures of high tensile aluminium bronzes but...
Aluminium bronzes are copper base alloys containing aluminium up to 12% with additions of nickel, ir...
The broad usefulness of pure copper is expanded by the high copper alloys which, often with no serio...
THE development of aluminium-bronze alloys has basically been due to a combination of useful prope...
This is a copper-aluminium bronze containing 10 wt% aluminium. A small amount of iron is often added...
Alloys approximating to 70Cu-20Mn-10Zn are white in colour, are a phase (F.C.C) and possess mechanic...
Effect of heat treatment on micro structural changes in aluminium bronze This paper attempts to summ...
During the research a group of copper and tin alloys was investigated. The influence of variable add...
In this study, the influence of the variable content of Al, Ni, Fe on the grain refining and the cha...
The effect has been studied of quenching in water and oil, of air-cooling, and of subsequent temperi...
The effect of iron addition to Cu-Al-Ni alloys (in the zone of the chemical composition of commerci...
Aluminium is the world's most abundant metal and is the third most common element, comprising 8% of ...
Aluminium bronzes are used for their combination of high strength, excellent corrosion and wear resi...
SUBSTANTIAL information is available on the microstru-ctures of high tensile aluminium -bronzes but ...
ALUMINIUM- BRONZES , particularly those containing 10 or more of aluminium, have a great poten...
Substantial information is available on the microstr-uctures of high tensile aluminium bronzes but...