The microstructure and properties of 17wt.% Cr–2.9 wt.% C cast irons with up to 3.17 wt.%
Nb additions, in both as-cast and heat treated state, have been studied. Also the influence of …

Laser shock peening is an innovative surface treatment, which has been shown to greatly
improve the fatigue performance of Ti-17 alloy. This work investigates the impact toughness …

Abstract Effect of alpha/beta processing on fracture toughness of Ti-17 alloy is investigated.
For this purpose, Ti-17 alloy is deformed to 0, 30% and 50% height reductions at 820° C …

The effect of niobium and vanadium additions (0.5 mass% and 2 mass%) on the as-cast
microstructure and properties of hypoeutectic white cast iron containing 19 mass% Cr and …

Under the environmental conditions of the aircraft carrier surface, the structure of the carrier
aircraft has to withstand the interaction between the takeoff and landing impact load and the …

The microstructure and fracture behavior of as-cast Ti-1100 alloys with different contents of
Nb were systematically investigated. The results demonstrate that the Nb element added to …

The objective of this investigation was to set down (on the basis of the results obtained by
the examination of white cast iron alloys with different contents of alloying elements) a …

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 …

Based on extensive experiments at the microscopic level, it was found that the grain sizes of
TA1 titanium alloys exhibited a statistical nature, and in turn, the resultant distribution was …

The hot deformation behavior and microstructural evolution of bimodal sized particulates
reinforced (TiB+ La 2 O 3)/Ti composites are investigated in the temperature range of 850 …