4 ms·
Those tests seem to be at >200˚C if I’m not mistaken. Hardly room temperature. Regardless, the main trick is to avoid using certain types of high-strength steel
by Hypx 6y ago
Those tests seem to be at >200˚C if I’m not mistaken. Hardly room temperature. Regardless, the main trick is to avoid using certain types of high-strength steel, line exposed surfaces with polymers, or using composites where ever possible. The problem is for the most part solved.
- TylerE 6y agoSo you're admitting the problem exists, which is my entire point. It's hardly a theoretical-only problem, either: https://en.wikipedia.org/wiki/Eastern_span_replacement_of_the_San_Francisco%E2%80%93Oakland_Bay_Bridge#Bolt_failure https://en.wikipedia.org/wiki/Eastern_span_replacement_of_th...
- Hypx 6y agoIn the same sense all chemicals have handling issues. In practice, it is basically solved. That's probably due to them using a vulnerable alloy, and was likely exposed to hydrogen while at a high temperatures. This is nothing like a gas tank filled will hydrogen.