Before and after depositing coatings of various metals, the structural, physical, and mechanical properties of aluminium after laser-induced shock peening (LSP) were examined (Cu, In, and Al). The physical properties (density), shockwave properties (shock pressure, particle velocity, and shock velocity), and mechanical properties (stress, strain, Young's s modulus, and Hardness) of single and double films were calculated. Young's s modulus of aluminium was measured by classical method (Tensile test) and by LSP technique, and it was discovered that the measurements were comparable. Single film Cu and sandwich Al / Cu placed on Al substrate had better mechanical properties than other films, but deposited films of (In, In / Cu, and Al /In) on Al substrate had more strain and ductility than other films. In viruses, industrial, and medical applications, the laser-induced shock wave is extremely important.
Author(s) DetailsNarjis Zamil Abdulzahra
Physics Department, College of Sciences, Al Nahrain University, Baghdad-Iraq.
Saad Naji Abood
Physics Department, College of Sciences, Al Nahrain University, Baghdad-Iraq.
View Book :- https://stm.bookpi.org/CASTR-V4/article/view/1042
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