(A) The TEM microstructural characterization of the as-extruded state and (B) Laser Shock Peening (LSP) treated specimens confirmed much improved surface features and enhance structural characteristics resulting from the application of LSP treatments.

(A) The TEM microstructural characterization of the as-extruded state and (B) Laser Shock Peening (LSP) treated specimens confirmed much improved surface features and enhance structural characteristics resulting from the application of LSP treatments.

<p>(A) The TEM microstructural characterization of the as-extruded state and (B) Laser Shock Peening (LSP) treated specimens confirmed much improved surface features and enhance structural characteristics resulting from the application of LSP treatments.</p>

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Bibliographic Details
Main Author: Hosamane Guruswamy Prashantha Kumar (21433265) (author)
Other Authors: Praveen Kumar Kanti (21433268) (author), Dinesh Dishana (21433271) (author), Pratik Shukla (21433274) (author), Prabhu Paramasivam (17735007) (author), Leliso Hobicho Dabelo (21433277) (author)
Published: 2025
Subjects:
Science Policy
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
vickers hardness levels
variable regression analysis
spacecraft docking systems
refined grains throughout
r &# 178
pulse coverage degree
laser shock processed
hot extrusion produced
aluminum &# 8211
8 percent ranges
60 &# 8201
wear rate diminished
extreme thermal conditions
surface integrity along
layer graphene composite
graphene composite development
lsp treatment showed
wear resistance
graphene reinforcement
graphene composites
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vacuum conditions
study presents
sliding speed
sliding performance
performance evaluation
n force
lsp treatment
lsp raised
driven design
constructed python
cof reduced
02 wt
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