Tag: titanium alloys

A new comprehensive review maps how 3D printing, embedded sensors and artificial intelligence are turning implants, wearables, prosthetics and orthotics ...

A new review explains how deliberately preserving chemical inhomogeneity in steels through a three-step heat-treatment route yields stronger, more ductile, ...

A systematic study of binder-jetted Ti-6Al-4V shows that reducing printing layer thickness to 40 micrometers and sintering for two hours ...

A comprehensive review maps how arc power, heat management, grain evolution, residual stress and defects jointly control WAAM Ti-6Al-4V components.

A new comprehensive review maps how additive manufacturing, porous lattice design, and hybrid bioactive coatings must be integrated to solve ...

Researchers at Northeastern University show that intermediate annealing tunes the texture and dislocation density of Ti–Ni–Nb–Ta alloy foils, trading ductility ...

Researchers used machine learning-guided laser powder bed fusion to create a titanium alloy with sub-10-nanometre hetero-stacking bands that delivers record ...

University of Birmingham researchers have discovered a heat-treatment mechanism called Precipitation Induced Recrystallisation that lets tungsten and titanium alloys refine ...

A comparative study shows that changing only the geometry of pulsed low-energy, high-current electron beam irradiation transforms the Ti–6Al–4V surface ...

A comprehensive new review reveals how microwave sintering of metal powders achieves rapid, uniform heating and defect-minimized densification across a ...