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working on creating a PEEC (partial element equivalent circuit) solver, instant calculation of inductance. Geometry nodes are becoming more and more powerful. This will be included in Electromag Nodes. #b3d #geometrynodes #electronics #technology #Science

56,397 次观看 • 9 个月前 •via X (Twitter)

37 条评论

Asuka (e/acc) 🏳️‍⚧️ 的头像
Asuka (e/acc) 🏳️‍⚧️9 个月前

wtf is this blender geometry nodes natively or an extension?

Sam M 的头像
Sam M9 个月前

@0xLangleySoryu native geometry nodes

Jim Lux 的头像
Jim Lux9 个月前

xxx.xx +/- 20% - Methinks x00 would have been a better representation. Sure the extra digits do give some feedback on the derivative as you vary a parameter, but 20% is pretty coarse.

Mathelirium 的头像
Mathelirium9 个月前

Nice

Kritischer Punkt 的头像
Kritischer Punkt9 个月前

You just popped up on my feed. The algorithm is getting better, but I lack some prior context. Does it compute coupling between arbitrary coil geometries? Will there be a GitHub repo? Cost? Patreon? I am compelled to

Sam M 的头像
Sam M9 个月前

it will be able to calculate coupling between arbitrary coils, will be a free update to Electromag Nodes

Kritischer Punkt 的头像
Kritischer Punkt9 个月前

I'll be looking forward to that Sam.

Sam M 的头像
Sam M9 个月前

Thank you

O! 的头像
O!9 个月前

Never thought Blender could calculate inductance...

Sam M 的头像
Sam M9 个月前

Check ElectroMag Nodes

Dr. Bobby Gomez-Reino 的头像
Dr. Bobby Gomez-Reino9 个月前

how about designing powerful superconducting magnets?

Niebieski Astronauta 🇵🇱 的头像
Niebieski Astronauta 🇵🇱9 个月前

Seems right, seems legit, seems easy until you measure values in real life.

Eric Macfly 的头像
Eric Macfly9 个月前

Awesome !!!!

Benjamin De Kraker 的头像
Benjamin De Kraker9 个月前

Cooool

rock 的头像
rock9 个月前

wtf

Carlos Lemos 的头像
Carlos Lemos9 个月前

Given a certain wire length, which shape maximizes its inductance?

Backwoods Engineer - THE ORIGINAL 的头像
Backwoods Engineer - THE ORIGINAL9 个月前

Can it model flux compression caused by dynamic implosion of the conductors?

Marc Compere 的头像
Marc Compere9 个月前

are magnetic fields included in this? there aren’t many B-field solvers and visualization tools 🤔

Sam M 的头像
Sam M9 个月前

Yes, will be a free update toElectromag Nodes,

Marc Compere 的头像
Marc Compere9 个月前

wow, this is pretty cool like, a lot 🤘

dad chords 的头像
dad chords9 个月前

can you evolve new designs of real problems?

 🕷️Ladco Defense Technologies 🕷️ 的头像
 🕷️Ladco Defense Technologies 🕷️9 个月前

I requre your skills for a contract deleverable please connect with me

imaginary 的头像
imaginary9 个月前

reminds me of my post here, where i calculate self inductance, using maxwells laws in blender!

Suco de uva 的头像
Suco de uva9 个月前

That looks really cool and useful, congrats!

Padula Kamil 的头像
Padula Kamil9 个月前

Very cool

technerd 🇮🇳 的头像
technerd 🇮🇳9 个月前

What software is this

M.G.M. — CEO AILEXSI | CEO MONDAY 的头像
M.G.M. — CEO AILEXSI | CEO MONDAY9 个月前

looks awesome thanks

seekage 的头像
seekage9 个月前

This does not look accurate, are you using a lot of approximations?

Sam M 的头像
Sam M9 个月前

solving Neumanns Integrals, also compared result with FastHenry

seekage 的头像
seekage9 个月前

Cool!

Jay 的头像
Jay9 个月前

Is this just for open core, or can this do others?

Sam M 的头像
Sam M9 个月前

for now air core, but will be including magnetic materials

Jay 的头像
Jay9 个月前

Pretty cool. Is/will this be a stand alone or only through that 3D engine?

Sam M 的头像
Sam M9 个月前

Through Blender

Quintoud 的头像
Quintoud9 个月前

That is absolutely amazing. Does your software consider the ability to mass produce these coils?

/╲/\╭(•‿•)╮/\╱\ man 的头像
/╲/\╭(•‿•)╮/\╱\ man9 个月前

Wow I like this software. What is it?

toy tinkerer 的头像
toy tinkerer9 个月前

explain to me how a cheap and simple chinese AI wont be able to help to replace closed loop high end design software within less than 5 years, likely in an open source version?

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