This study aims to explore the waterjet cavitation impact (WCI) mechanism of 2A12
aluminum alloy and its dynamic penetration energy absorption after WCI treatment. The …

This study aims to explore the mechanisms of residual stress formation and the effects on
fatigue performance of 12 mm thick Inconel 718 under single-sided one-pass, two-pass, and …

Abstract The alloy Ti–6Al–4V is widely utilized in various industrial applications, yet its
inherent susceptibility to mechanical wear and friction has led to performance limitations …

Abrasive waterjet peening (AWJP) has been used to modify the mechanical properties of
components by introducing plastic deformation and compressive residual stress (CRS) into …

The article presents the research findings on the process of machining with a pulsating
water jet. The study determined the influence of water velocity and pressure, providing …

Commercially-pure titanium (CP-Ti) has proven indispensable in critical industries such as
aerospace and automotive. To meet the ever-increasing demands of titanium applications …

Waterjet technology has gained much attention due to its ability to cut almost every material.
The development of operations like milling, spot welding, polishing, etc. has further …

Laser shock peening (LSP) has been widely applied to enhance the mechanical properties
of metallic materials by modifying their sub-surface microstructures. However, controversies …

Hot corrosion studies were performed on pristine and abrasive water jet peened (AWJP) Ti–
6Al–4V surfaces. Oxide scales form on the peened and pristine surfaces when coated with …

Pre-mixed abrasive waterjet peening (PAWJP) is progressively gaining traction in
enhancing metal materials' surface integrity and mechanical behavior. To avoid the …