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Six quaternary alloys Al-6Si-3Cu-xMg were produced by melt spinning using two different tangential speeds of the copper wheel and characterized using optical microscopy (OM), scanning electron...

Titanium alloys can be classified either by structure or strength. The main structures are alpha, beta and alpha-beta, which are described. Different strength classifications also exist, and this is...

Physical properties of titanium and titanium alloys such as density strength, thermal conductivity, electrical resistivity, magnetic properties, elastic modulus, poissons ratio, tensile strength,...

These alloys are light weight, high strength and cheaper than zirconium containing nagnesium alloys. They find applications in the aeropsace, automotive industries as well as electronics, sporting...

A processing route has been developed in order to refine and spheroidize primary crystals of AC4CH Aluminum alloy by inserting a rod into the molten metal and rotating it before solidification starts....

The automotive and aircraft industries often use aluminum alloys as they combine the mechanical properties of alloys, and the light weight aspects of the aluminum.

SciAps have observed that aluminum 6063 and 1100 alloys can often be mixed up in sorting operations that use X-ray analyzers. As a result, these scrap processors may not be obtaining the full value...

全部oy steels containing as high as 4-8% alloying elements are known as low alloy steels, which are made through the addition of different elements.

Aluminum is the world's third most common element and makes up 8% of the earth’s crust. It is the most abundant metal found on earth.

Low alloy steels (LAS) are widely used for the production of aerospace and automotive parts, onshore and offshore structural engineering plates, pipes and railway lines.