Sentence examples for piston alloy from inspiring English sources

An in situ 2% SiCp reinforced Al 17.5Si 4.5Cu 2Ni 0.65 Mg piston alloy was designed.

As examples, simulations are presented of the commercial Mg Al Zn alloy AZ31, a hypereutectic Al Si Cu Mg Ni piston alloy and AlCu4Si17Mg.

The influences of temperature on the microstructure evolution, tensile properties, especially low-cycle fatigue (LCF) behaviors and damage mechanisms of Al-Si piston alloy have been investigated in this paper.

The internal architecture of an AlSi12CuMgNi piston alloy, revealed by synchrotron tomography, consists of three dimensional interconnected hybrid networks of Cu-rich aluminides, Mg-rich aluminides and eutectic/primary Si embedded in an α-Al matrix.

The current work describes an experimental approach that combines non-destructive diffraction and imaging techniques to investigate the elastoplastic deformation behavior of two engineering alloys, i.e. the hypoeutectic AlSi7MgCu standard alloy for castings and the hypereutectic AlSi17Cu4 piston alloy for improved surface wear resistance.

The microstructure of aluminium piston alloys comprises primary and eutectic silicon together with numerous intermetallics.

Under non-equilibrium solidification conditions, piston alloys finish solidification at ∼505 °C.

Multicomponent Al Si based casting alloys are used for a variety of engineering applications, including for example, piston alloys.

This paper considers two candidate automotive piston alloys and highlights the influence of microstructural features on fatigue behaviour.

Therefore, the fatigue properties of a number of candidate piston alloys with varying volume fractions of silicon have been studied.

The fatigue crack growth behaviour in as-cast and hot isostatically pressed (HIP) model cast aluminium piston alloys with hypoeutectic Si compositions of 6.9 wt% and 0.67 wt% has been investigated.