Editors' choice: An efficient solving scheme for weakly coupled phase-field thermomechanical problems (Z. Hu, K. Chen, and T. Jin of uOttawa)
📄https://ow.ly/eJ2c50Ym9cK
📷Fig 3
#MechEng #PhaseField #materialsci #TCSMEEdChoice
Latest posts tagged with #materialsci on Bluesky
Editors' choice: An efficient solving scheme for weakly coupled phase-field thermomechanical problems (Z. Hu, K. Chen, and T. Jin of uOttawa)
📄https://ow.ly/eJ2c50Ym9cK
📷Fig 3
#MechEng #PhaseField #materialsci #TCSMEEdChoice
Physics‑Informed GCN‑LSTM Forecasts 2D/3D Microstructure Evolution
A physics‑informed framework merges graph convolutional networks with LSTM to forecast 2‑D and 3‑D material microstructure evolution, cutting compute load. Read more: getnews.me/physics-informed-gcn-lst... #materialsci #microstructure
🔬 Breakthrough in copper nanoclusters! Our one-pot method creates stable, crystalline materials with tunable optical properties—just by adjusting linkers and solvents. A step forward for customizable Cu-based materials!
#MaterialSci #Nanotech
doi.org/10.1039/D4SC...
Synthesis of atom-precise 3D & 2D silver cluster-assembled materials! Research reveals how organic linkers transform nanocluster symmetry at atomic level. Materials show unique morphology and structural integrity.
#MaterialSci #NanoTech
doi.org/10.1039/d4nr...
📢 Nečas Seminar on Continuum Mechanics
🧊 Karel Tůma on beta-to-omega phase-field modeling in titanium alloys
🗓️ Mon May 12, 15:40 | 📍 Prague
📺 Livestream (view-only):
youtube.com/@necasseminaroncontinuummec4117
#materialsci #phasefield #titanium #academicbsky
You asked! So I’ll endeavor to post more #chemistry related with #materialsci bent. I lean #bioengineering but also really do appreciate getting into #computational molecular. Hope we’ll cheer each other on to do more in the way of #thermodynamic and #theoretical bases of #materialsapplications