“…In this data analysis, the base material used for experimental data acquisition was Aluminium Alloy AA7075-T651 of dimensions 300×125×6 mm 3 with a chemical compositions of Al (88.93%), Zn (5.92%), Si (0.05%), Fe (0.15%), Cu (1.93%), Mn (0.01%), Cr (0.193%), Ti (0.02%) and Mg (2.8%) and its mechanical properties as received are shear strength (330 MPa), Brinell Hardness (150), Fatigue strength (160 Mpa), Poisson's Ratio (0.32), Shear Modulus (26 GPa) while Elastic Modulus, Ultimate tensile strength (UTS) and Yield Strength are 70 GPa, 570 MPa, and 500 MPa respectively. The materials used for the reinforcement during the FSP are wood fly ash nanoparticle (WFA-NPs) [41], coal fly ash nanoparticle (CFA-NPs) [29, 42], cow bone ash nanoparticles (CBA-NPs) [43], Coconut shell Ash Nanoparticles (CSA-NPs) [44,45] and palm kernel shell ash nanoparticles (PKSA-NPs) [46]. All the powders undergone carbonization and calcination process before using them as reinforcement during FSP process, this is to induce thermal stability, phase transition, thermal decomposition as well as removal of a volatile fraction from the material before using.…”