| Abstract Scope |
Ti-6Al-4V mechanical behavior under quasi-static loading conditions is well documented. The understanding of its behavior in more extreme conditions (e.g., at higher strain rates, higher/lower temperatures, higher pre-strain levels) is, on the other hand, more limited. Here, using a range of advanced characterization techniques, including in-situ mechanical tests in a scanning electron microscope, we aim to close this gap. Of specific interest are the changes in the deformation and damage micro-mechanisms, which we explore systematically. The insights provide microstructure design guidelines for extreme service environments. |