Microstructure formation of a hypo-eutectic Al-11Cu (atom percent) alloy during solidification
after laser melting has been studied by transmission electron microscopy (TEM). The …

Al alloys are very attractive in engineering applications that require a combination of low
density and mechanical strength, such as in aeronautical and aerospace industry devices …

Solidification behaviors and resultant crystalline growth of primary gamma (γ) and γ/Laves
phases were systematically investigated in a GH909 superalloy laser weldment. Results …

The preprogramming of the solidification cooling rate during casting of some Al-based
bearing materials, has been used to achieve microstructural patterns conducive to better …

The evolution of rapid solidification (RS) microstructure and solidification interface velocity
has been studied experimentally by in-situ transmission electron microscopy and …

Aluminum AA6005 sheet produced by Thin Strip (TS) casting was compared to the slabs
produced by Direct Chill casting in the as-cast state. Higher cooling rates experienced …

Flux-cored arc welding (FCAW) joints with 9% Ni steel were prepared using Ni-based
superalloy filler metals. The correlation between the microstructure and mechanical …

The development of new light and efficient systems in electric vehicles (EV) opens up new
research opportunities. One of these fronts involves the development of alternative Al-Si …

Aluminium alloys have been one of the leading materials used in aircraft structural
components due to their mechanical performance, low density, and different manufacturing …

The performance of Cu-Fe alloy is related to the solidification structure, which is directly
determined by the microstructure evolution during solidification. The solidification sequence …