Working on industry interop. Geometries generated in PicoGK, can now be saved to the #CLI file format, that's readable by virtually any industrial 3D printer. No more sending large meshes around.
So proud of @LissnerJosefine - steely-eyed rocket woman. We just test fired a 5kN kerolox thruster, designed completely in-house at @leap_71 - it performed flawlessly and reached steady state. Kerosene regeneratively cooled and cryogenic liquid oxygen as oxidizer. Koaxial swirl injectors. Generated entirely through #ComputationalEngineering and built on @PicoGK - #nocad
We released @PicoGK v1.6 last week, which builds upon the support for Vector and Scalar Fields, introduced in v1.5. Fully automated exchange of field data, using the #OpenVDB file format, can revolutionize how computational models feed into #NumericalSimulation.
We released PicoGK v1.5 with a focus on interacting with external simulation packages. PicoGK now has data types for vector and scalar fields and introduces a standard way of exchanging information through the #OpenVDB file format. Check it out here: https://t.co/Ghk6DNWOoc
Let's build massive metal parts for space applications. @leap71 and @SolideonUSA are teaming up to integrate #ComputationalEngineering and robotic collaborative metal #3Dprinting. https://t.co/H5L86ItYmT
Some new cool stuff came to @PicoGK / ShapeKernel today, contributed by @LissnerJosefine and
Aasim Rashid - check out the thread at: https://t.co/s4fedYD1UJ
@PicoGK has proven itself in every-day use as the geometry foundation of some of the most complex #3dprinted objects ever created (@leap_71 multimaterial #aerospike printed with @FraunhoferIGCV experimental bi-metal printing process on @NikonSLM )
@PicoGK implements the foundational ideas presented in the series of articles written by @linkayser about the functionality needed to build a robust ecosystem for #ComputationalEngineering. https://t.co/BapBxKmn7Y