When Oxide Scale Delamination Becomes the Weakest Link in Thermal Barrier Coatings
You have a thermal barrier coation on a primary-stage blade. The top coat looks fine under the borescope—no hefty missing patches. But the part fails ...
Deep dives into crystallographic defects, phase transformations, and next-gen composites for researchers who demand more than textbook fundamentals.
You have a thermal barrier coation on a primary-stage blade. The top coat looks fine under the borescope—no hefty missing patches. But the part fails ...
You have a piezoelectric stack rated for 200°C. Your application hits 250°C for ten seconds. Does it fail immediately? Maybe not. But something inside...
Imagine a jet engine turbine blade. It spins at tens of thousands of RPM, flames licking its surface over 1000°C. Now imagine turning that engine off....
Picture this: a titanium-silicon carbide MMC vane in a jet engine shows microcracking after 2,000 hours. You have 48 hours to decide—interface fix or ...