Powder metallurgy (PM) of titanium is a potentially cost-effective alternative to conventional
wrought titanium. This article examines both traditional and emerging technologies …

The impact of mechanical fatigue on load-bearing metallic components and structures is
highly significant, encompassing economy, environment and safety aspects. For nearly 200 …

During cycling, mechanical stresses can occur in the composite electrode, inside the active
material, but also in the solid electrolyte interphase layer. A mechanical model is proposed …

This third part of the review on defects as root cause of fatigue failure addresses cavities
(pores, micro-shrinkages, unmelted regions), defective microstructures and microcracks as …

Additive manufacturing (AM), an advanced manufacturing technology, has nowadays
become increasingly popular in aerospace and biomedical fields since it provides the …

Titanium is the ideal lightweight structural metal for a great variety of engineering
applications due to its characteristic combination of highest specific mechanical properties …

The sintering densification trajectory for titanium powder is identified in terms of the
interaction between mass transport processes and microstructure evolution. During initial …

A comprehensive assessment of tensile properties of powder metallurgical (PM) processed
Ti-6Al-4V alloy, through the mapping of strength–ductility property domains, is performed in …

Porous titanium and its alloys are believed to be one of the most attractive biomaterials for
orthopedic implant applications. In the present work, porous pure titanium with 50–70 …

The present work reports the effect of thermal induced porosity (TIP) on the high-cycle
fatigue (HCF) and very high-cycle fatigue (VHCF) behaviors of hot-isostatic-pressed (HIPed) …