Magnesium alloy is one of the most widely used lightweight structural materials, and the
development of high strength-toughness magnesium alloy is an important research field at …

AlSi10Mg powder is deposited on top of a cast AA2618 substrate via laser powder bed
fusion technique to form hybrid aluminum parts for additive repair purposes. The …

The relationship between the cooling rate and microstructure evolution and the performance
improvement of an Al–4.5 wt% Cu alloy prepared using different casting methods was …

The formation, size and morphology of Mg2Si intermetallics as the reinforcement particles in
Al–Mg2Si in situ composites have important effects on the mechanical properties of the …

The solidification behavior of AZ Magnesium alloys in various cooling conditions was
investigated using a computer-aided cooling curve thermal analysis method. In each case …

Most research related to dendrite coherency point (DCP) has been done on cast aluminum
alloys and at a low cooling rate condition. In this research, the DCP of a wrought aluminum …

Abstract The effects of Lanthanum (La) concentration on the solidification parameters of the
α-Al, Al-Si, and Al-Cu phases and on the microstructure, tensile, and hardness properties of …

The effect of La on microstructure and corrosion behavior of 10% TiB 2 (p)/Al–5% Cu
composites was studied by using computer-aided cooling curve analysis (CA-CCA), X-ray …

In this work, three commercially available aluminum alloy systems (Al 2024, Al 6061, and Al
7075) were considered to explicitly capture the differences in material properties associated …

The effect of different cooling rates (2.7, 5.5, 17.1, and 57.5° C/s) on the solidification
parameters, microstructure, and mechanical properties of Al-15Mg2Si composites was …