Secondary dendrite arm spacing (SDAS) is most commonly measured by what is referred to
as the linear intercept method. However, substantial variation in the technique exists …

The present research deals with the detection of porosity defects in aluminum alloys using
convolutional neural networks (CNNs). The goal of this research is to build a CNN model …

This paper investigates the determination of secondary dendrite arm spacing (SDAS) using
convolutional neural networks (CNNs). The aim was to build a Deep Learning (DL) model …

The effects of microstructural characteristics (secondary dendrite arm spacing, SDAS) and Si-
and Fe-based eutectic structures on the mechanical properties and failure behavior of an Al …

In automotive industry, many of the powertrain compo-nents (for eg engine head and
cylinder block) are generally manufactured by a casting procedure. Secondary Dendrite Arm …

This experiment investigated the cooling curve behavior, hardness and microstructure of two
aluminum alloys produced by casting process. There are Al-1.37 Zn-1.19 Si and Al-1.66 Si …

Casting temperature and iron content are among the most important factors in obtaining
superior mechanical properties in hypoeutectic Al–Si alloys. An A380 aluminium alloy that is …

This research intended to determine the mechanical properties and fracture morphology of
Al-Si alloys reinforced with 0.015% NiO nanoparticles by increasing the pouring temperature …

Cast aluminium alloys have many uses such as in the automotive industry as well as for
manufacturing purposes like in construction industry to fabricate windows and door frames …

This experiment investigated the cooling curve behavior and the effect of variation pouring
temperature on three aluminum alloy by casting process. Three aluminum alloys are Al–1.37 …