OptiY@OptiYWorld

CAD/CAE Multidisciplinary Design Technology for Reliability and Quality

 Germany
optiy.eu
Joined October 2010
26 Photos and videos
OptiY will present "Data-driven Modeling and Simulation via physics-informed Machine Learning on the Example of a douple Spring-Damper-Mass-System" dvm-berlin.de/veranstaltunge…
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Optimization of a Resistance Spot Welding Process in OptiY: optiy.eu/download/SpotWeldin…
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It is the big difference between machine learning only by data and physics-informed machine learning (PIML) by a mix of imperfect data and physics
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System modeling and simulation from imperfect data and physics of components by physics-informed machine learning (PIML) in OptiY
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Data-driven Modeling and Simulation of a double Spring Mass Damper System. This novel technology case presents the new way, how to model the system from any mix of data and physical components. optiy.eu/download/DoubleSpri…
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We are proud to announce the release of the new version OptiY 4.7. It provides a novel framework of Hilbert space for modeling and simulation based on physics-informed machine learning. optiy.eu/download/OptiY47.pd…
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We are not the Winner, but the Nominee of the Green Award 2020 Top 3 on the Catergory INNOVATION
SimConDrill-Team on the Green Award Gala with Nico Rosberg, Formula One World Champion and Entrepreneur.
New publication od OptiY users: ieeexplore.ieee.org/document…
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a video from our project partner Klass Filter #greenaward2020 #celebratechange #greentech_fest piped.video/yeots33HX7s
Sauberes Trinkwasser dank #Lasertechnik: Projekt SimConDrill (Klass-Filter, @FraunhoferILT, Lunovu, @OptiYWorld u.a.) entwickelt lasergebohrte Wasserfilter zur Entfernung von Mikroplastik. pro-physik.de/nachrichten/sa…
Zentraler Bestandteil des SimConDrill-Zyklon­filters: 200 Mikrometer dünne Metallfolien mit lasergebohrten Löchern von zehn Mikrometern Durchmesser (Bild: Fh.-ILT)

ALT Zentraler Bestandteil des SimConDrill-Zyklon­filters: 200 Mikrometer dünne Metallfolien mit lasergebohrten Löchern von zehn Mikrometern Durchmesser (Bild: Fh.-ILT)
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#SimCondrill on Electro-Optics #greenaward2020 electrooptics.com/news/laser…
Publication on Novus LIGHT Technology Today #greenaward2020 #celebratechange #greentech_fest novuslight.com/cleaning-wate…
Press release of Fraunhofer Institute for Laser Technik ILT #greenaward2020 #greentech_fest #celebratechange #SimConDrill ilt.fraunhofer.de/en/press/p…

Cleaning water with laser-drilled filters: SimConDrill project nominated for Green Award - Fraunh...

Press Release Fraunhofer ILT, 2020-1-23 | In the project SimConDrill 5 partners are developing water filters for the separation of microplastics from wastewater - Nomination for the Green Award 2020

ilt.fraunhofer.de
Great Post! Let’s #celebratechange 🌎💚
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The project SimConDrill is nominated for the GREEN AWARD 2020 in the category Innovation. OptiY is pleased to be a part of the project team. The voting for the finalist is just started. #celebratechange #greenawards2020 greentechfestival.com/en/hom…
The website of the project SimConDrill is going online simcondrill.com/
OptiY takes part in a BMBF-sponsored research project on the filter for microplastics. Press in Process: process.vogel.de/lasergebohr…

Lasergebohrte Kleinstlöcher filtern Mikroplastik aus Wasser

Mikroplastik aus dem Abwasser herauszufiltern, stellt die Abwasserbetriebe vor große Herausforderungen. Eine Gruppe von fünf Partnern aus Industrie und Forschung will jetzt einen neuen Filter...

process.vogel.de
Kunststoff: kunststoffe.de/fachinformati…
Laborpraxis: laborpraxis.vogel.de/mikropl…

Mikroplastik: Neuer Wasserfilter soll kleinste Partikel effizient entfernen

Mikroplastik ist Bestandteil vieler Alltagsprodukte oder wird aus ihnen freigesetzt und gelangt so auch in unser Abwasser. Die Partikel wieder herauszufiltern, stellt Abwasserbetriebe indes vor große...

laborpraxis.vogel.de
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