In this paper, we describe experiments on welded joints of Ti-6Al-4V alloy specimens
exhibiting fatigue characteristics in the base metal (BM), hot affected zone (HAZ) and fuse …

The heterogeneity of electron beam (EB)-welded joints in thick Ti–6Al–4V alloy plates is
defined and described. The microstructure, hardness, and fatigue crack growth rate (FCGR) …

The effect of microstructural characteristics on high-cycle fatigue properties and fatigue crack
propagation behavior of welded regions of an investment cast Ti-6Al-4V were investigated …

Ti–6Al–4V lamella microstructure obtained by β annealing, which had slow fatigue crack
propagation rate and high propagation resistance, was used as base metal and welded by …

The effect of microstructural characteristics on the fatigue properties of electron beam-
welded joints of forged Ti–6Al–4V and its fracture behavior were investigated. Tensile tests …

The aim of this study was to evaluate the microstructure, hardness, tensile and fatigue
properties of electron beam welded dissimilar joints between Ti–6Al–4V and IMI834 (Ti–6Al …

The investigation delved into the fatigue properties across various layers of joints in a 130-
mm-thick Ti6Al4V-damage tolerance titanium alloy, which had been fabricated through …

This study investigated fatigue crack propagation rates in the base metal (BM), heat affected
zone (HAZ) and weld metal (WM) of a double-sided electron beam welded (EBW) joint of Ti …

The fatigue crack growth resistance of α–β titanium alloys can be altered by microstructural
modification. During welding, the fusion zone microstructure depends on cooling rate. In the …

Recently, investment casting of Ti-6Al-4V alloys has been emerging as an excellent
technology to fabricate complicated parts of airplanes [1, 2]. For this investment casting …