On the Effect of Combined Thermal and Mechanical Loading on the Microstructural Evolution of an Al-Mg-Li Alloy

Studies of lattice imperfections in deformed aluminum-based lithium alloys by X-ray diffraction

“…where [2] and [3] where the Gs terms are faulting coefficients [10] and the relative peak shift is given as…”

“…The drawback of having low fracture toughness and poor ductility can, however, be greatly reduced by the addition of alloying elements like Mg and Zr. [1,2] Considering these properties, five different compositions of Al-based zirconium-lithium and magnesium-lithium alloys, prepared and supplied by Hindustan Aircraft Industry (Bangalore, India), were chosen for investigation. The main aim of this investigation was to correlate the results with available X-ray diffraction (XRD) studies on aluminum-based alloy systems.…”