This study examines the residual stress, microstructure, and stress-induced phase
transformation of TC17 titanium alloy after different shot peening processes. A …

Remarkable residual stress is commonly present in metal components produced by laser
additive manufacturing due to the inherent rapid heating/cooling rate and high temperature …

A fully coupled thermal–microstructural–mechanical finite element modelling framework is
developed to investigate the distortion and residual stresses during directed energy …

The magnitude and distribution of residual stress field inside thin-walled parts is a critical
factor influencing machining deformation. Traditional methods relying on offline data …

Abstract Ti–6Al–4V alloy was heat-treated at 850° C followed by air cooling, water-and cryo-
quenching. The quenched samples were further work-hardened and plastically stabilised …

In order to advance the use of Ti17 (α+ β)-Ti17 (β) dissimilar material blisks produced with
linear friction welding (LFW) for advanced aeroengines, detailed studies of failure …

This study utilized laser powder bed fusion (LPBF) to fabricate Ti–5Al–2Sn–2Zr–4Mo–4Cr
(Ti17) specimens, exploring their ultrahigh strength microstructural strengthening …

This study investigates the thermal stability of surface residual stresses and microstructure in
dual shot-peened (SP) TC17 titanium alloy after isothermal annealing at 350–500° C for …

The complex interaction between the laser beam, the workpiece, and the cutting tool during
laser-assisted machining (LAM) can result in considerable thermal gradients, variational …

The large-scale ring components, as thin-walled structures, are prone to unpredictable
machining deformation due to the initial residual stresses introduced by rolling and …