Hi Phil, just to back up on the users idea (from personal experience); alloys 800/800H/800HT (UNS N08800/08810/08811) are increasingly used more for applications running in the creep regime. Plant design has taken a flight from the more traditional oil n gas materials (like A05/A06-B/A333-6/SS316/SS321/etc.) to nickel alloys for such creep applications. I think that alloy 800(H/HT) might be one of those alloys that's becoming a default now.
Thank you for your IDEA. We do not add all materials that are available in the design codes, only those more popular ones. We can see how support for this IDEA goes and maybe add it later, or you can add your own material to the library using the editor or use NA and enter the properties directly.
I agree with Hubert,
The 800H/HT shows up more and more as a material used for temperatures above 750°C.
BR Bjørn
Hi Phil, just to back up on the users idea (from personal experience); alloys 800/800H/800HT (UNS N08800/08810/08811) are increasingly used more for applications running in the creep regime. Plant design has taken a flight from the more traditional oil n gas materials (like A05/A06-B/A333-6/SS316/SS321/etc.) to nickel alloys for such creep applications. I think that alloy 800(H/HT) might be one of those alloys that's becoming a default now.
Thank you for your IDEA. We do not add all materials that are available in the design codes, only those more popular ones. We can see how support for this IDEA goes and maybe add it later, or you can add your own material to the library using the editor or use NA and enter the properties directly.