This tweet roll covers more turbine work.
9/5
Today's agenda on the Tesla Turbine project:
— Hakasays (@Hakasays) September 5, 2020
Mill out the next batch of 3in rotors to replace the ones that are in there now.
Maybe will assemble and glue them up today if there's time pic.twitter.com/n5wJIze0eg
So far so good🙂🧐https://t.co/F7yOoNbzi8 pic.twitter.com/AFtgwm9s1S
— Hakasays (@Hakasays) September 5, 2020
Machining a batch of Tesla Turbine rotor blades today
— Hakasays (@Hakasays) September 5, 2020
(1/2)https://t.co/OClmXZnLvp pic.twitter.com/WQytZfhHqG
Machining a batch of Tesla Turbine rotor blades today
— Hakasays (@Hakasays) September 5, 2020
(2/2)https://t.co/OClmXZnLvp pic.twitter.com/kWIfgpIxBp
9/7
Today's agenda is grinding-in and testing the conventional turbine rotor today so I can do a comparative test against the Tesla Turbine I worked on yesterday. pic.twitter.com/6setfSzzzQ
— Hakasays (@Hakasays) September 7, 2020
9/8
Gonna try machining a zero-rake turbine next to compare to the earlier tests.
— Hakasays (@Hakasays) September 8, 2020
I want to somehow set up a partial vacuum inside the turbine housing so it will work as a 'cold steam' heat engine.
Probably need to order a pressure sensing module to confirmhttps://t.co/MA1rjcIylE pic.twitter.com/nsi4lp3i0o
9/10
Working on a magnet rotor to try turning the Tesla Turbine into a generator. pic.twitter.com/c54eLcxRnY
— Hakasays (@Hakasays) September 10, 2020
Slo-mo machining🤓https://t.co/R5MZFwQUFW pic.twitter.com/05enksqv7D
— Hakasays (@Hakasays) September 10, 2020
9/11
Trip to the metal mart today, should keep me busy for a while.
— Hakasays (@Hakasays) September 11, 2020
Found a good piece of aluminum channel to potentially do a 'vertical interferometer' experiment in the future☺️
(a way to test for 'aether wind') pic.twitter.com/oXurgitSo1
Alright, here we go…
— Hakasays (@Hakasays) September 6, 2020
Engage safety squints!🤓😅 pic.twitter.com/ifc61XMdM3
Grinding in the Tesla Turbine rotor now.
— Hakasays (@Hakasays) September 6, 2020
Last step before testing🙂 pic.twitter.com/JHwxJ70L4y
8000rpm and counting!🤠#TeslaTurbinehttps://t.co/cfOxoWTIKU pic.twitter.com/GhO1dikZLA
— Hakasays (@Hakasays) September 6, 2020
Homemade Tesla Turbine final test of the day.
— Hakasays (@Hakasays) September 6, 2020
(using the lathe as a protective blast shield in case the thing decided to rip apart)
Over 13,000 max rpm on the stress test.
For reference, the tip of the turbine blades are spinning at about 120mph.😳https://t.co/Awe0u4Bkhx pic.twitter.com/49N1proDVY