🎉 We are excited to announce our $65M Series D to build the best engineering software, led by John Curtius at Tiger Global 👉 Read more about this here: https://t.co/p5r3e7IpH1
Meanwhile, we've been working for the past year and a half to make @nTopology orders of magnitude faster. This is the first time in my career I've been part of a performance project this ambitious as well as successful.
Stunning work from engineering!
https://t.co/ZnIqgN7SBj
📢 Introducing nTopology 3.0 — now even faster with GPU acceleration! ✔️ Preview design changes in real-time ✔️ Generate complex lattice structures in seconds ✔️ Save hours of engineering work every month. → https://t.co/CeDuVqiMPY
#engineeringdesign#advancedmanufacturing#3d
pyOCCT now available on conda and updated to OCCT 7.4.0. Also includes mesh generation modules (via SMESH and Netgen) and support for Linux, Windows, and Python 3.6 to 3.8. https://t.co/QljAAfVoDU #Python#CAD#CAE#Engineering
Finally made some time to get pyOCCT updated to OpenCASCADE 7.4.0. Appreciate the help from the open source community in making this happen. "Dev" release for testing available here https://t.co/FQiYYX0bEU #Python#CAD#OpenSource
Very excited to share #SIGGRAPH2020 paper w/ @rohansawhney1 on "Monte Carlo Geometry Processing"
https://t.co/pF2xxCjkuw
We reimagine geometric algorithms without mesh generation or linear solves. Basically "ray tracing for geometry"—and that analogy goes pretty deep (1/n)
One of nTopology's foundational concepts, "field-driven design," is described in this blog post: https://t.co/WqQgGt0eWQ be sure and sign up for the webinar as well #cad#cae#Engineering#AdditiveManufacturing#3Dprinting
If you're interested in next-generation engineering tools to enable advanced manufacturing, I'd encourage you to follow along as we roll out what we've been working on at @ntopologyinc https://t.co/KoqYzBL0cA
Excited to announce our new product w @ntopologyinc @ #IMTS next week -- Able to model complex parts quickly like this heat exchanger that @Velo_3D now makes possible to build!
Excited to promote our new robust tet-meshing software, TetWild
Typical user: "I don't care if it's slow. It actually works"
Verified on #thingi10k
Open Source implementation https://t.co/F1sP5nAvlQ
Massive Kudos to first author Yixin Hu at NYU
Read the #SIGGRAPH2018 paper
The Python-based Airframe Finite Element Modeler (AFEM) engineering toolkit for aircraft conceptual design is now available as open source https://t.co/ndxq3t3xd6 #cad#cae#python#opensource thanks to @NASA_Langley for the support
Special thanks to @appveyor support for help with an open source project with a rather lengthy build time (https://t.co/JdMpGu2jPd). The quick and supportive response is appreciated. #opensource#python#cad#cae