The alloys fabricated by the Kyoto University team are much stronger at high temperatures than modern nickel - based superalloys as well as recently
developed ultrahigh - temperature structural materials, the researchers report in their study published in the journal Science and Technology of Advanced Materials.
Not exact matches
Using fabrication techniques
developed based on this breakthrough, it might be possible to produce lightweight,
ultrahigh - strength fibers for use in various structural materials in transportation systems and elsewhere.
Sandia National Laboratories researchers Michael Chandross, left, and Nicolas Argibay show a computer simulation and an
ultrahigh vacuum tribometer used in friction and wear testing, which are among the tools they use in a collaborative effort that
developed a model to predict the friction behavior of metals.