Amazing stuff, seams like all the stressed parts broke at the mounting point. I'm currently working technology for fasterneless 3D printing that may circumvent this issue
That these parts are optimized to fit some set of requirements and that it was done by an AI at the behest of humans tells us so much about the human destiny. That even engineers are obsolete. Or ... we had better have the communication skills necessary to direct an Ai towards an engineering goal.
These two are such a great team and explain things so clearly. Well done!
Amazing stuff, seams like all the stressed parts broke at the mounting point. I'm currently working technology for fasterneless 3D printing that may circumvent this issue
that is pretty cool, does it work by utilizing some sort of complex joinery like what is found in carpentry?
We loved this video! 🔥
I wonder how glass 3D printing could be employed for this mission? 🤔
They'll use drogue chutes. They will not subject their investment to significant g loads as you state by just popping main chutes.
For your titanium large bracket, why didn't you discuss the welded tube 3d printed joints construction method as an option?
Government project...
Obviously need to accurately quantity the "real" requirements, boundary conditions and preferred manufacturing machines.
Great video Stephanie and Pete! I really like how you told the story of those parts.
We could say the same. Thanks for sharing your expertise with the Cool Parts community, Ryan.
Are we now calling evolutionary algorithms AI?
👍🏾👍
That these parts are optimized to fit some set of requirements and that it was done by an AI at the behest of humans tells us so much about the human destiny. That even engineers are obsolete. Or ... we had better have the communication skills necessary to direct an Ai towards an engineering goal.
that dude has long fingernails