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🚀🚀🚀I would like to put your attention to:
#OpenSD2025 - Open-source Scientific Computing in Structural Dynamics
#Conference and #Summer_School#where: Ljubljana, Slovenia
#when: 16th-19th of June 2025
📢 New Issue of Nonlinear Dynamics.
The second February issue of Nonlinear Dynamics (Volume 114, Issue 4) was completed by the end of February and includes 85 articles spanning key areas of nonlinear dynamics research.
🔗 https://t.co/UhIV60bB9d
The issue covers topics such as:
• nonlinear vibrations and structural dynamics
• bifurcations, chaos, and complex dynamical systems
• data-driven and AI-assisted modeling
• synchronization and dynamics of complex networks
• fluid–structure interaction and multiphysics systems
• nonlinear phenomena in engineering applications
At the same time, the first March issue (Volume 114, Issue 5) is already being compiled, with 35 articles published so far.
🔗 https://t.co/vFaITqngBf
Kudos to the authors, reviewers, and editorial board for their continuous efforts in advancing the field of nonlinear dynamics.
#NonlinearDynamics #NonlinearScience #AppliedMathematics #Engineering #DynamicalSystems
@SpringerEng
Excited to see Ralf Gommers representing the scientific Python community at PyData Paris next week! His keynote, "Big ideas shaping scientific Python," explores how innovation happens through collaboration between volunteers, companies, and institutions.
https://t.co/FZms7kpW5u
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Ready to supercharge your digital image correlation workflow! 🚀
#OpenSource#DIC#StructuralDynamics#Python#PyQt6
`pip install pyidi`
Source: https://t.co/y92uR1xWRG
Kredits to Klemen Zaletelj and the rest of pyIDI collaborators.
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📊 New ResultViewer: Professional visualization & export
➡️ Mode shape visualization
➡️ MP4 export with frame/region control
➡️ Smooth, responsive interface
Both classes leverage pyqtgraph for zero-lag performance. PyQt6 remains optional dependency.
🌟 NODYCON 2025, June 22-25, 2025 ⭐
NODYCON 2025 was a resounding success, thanks to the vibrant community of authors, presenters, keynote speakers, and participants who brought it to life. 🥇
With over 400 presentations, 8 keynote lectures, 8 topical talks, and a dedicated panel on AI and Nonlinear Dynamics: Modeling Complexity with Intelligence, we are proud to say that the conference delivered a rich and impactful scientific program across a wide range of traditional and emerging topics. The presentations were given both in person and online by more than 400 presenters from over 40 countries, sparking insightful discussions and exciting interactions throughout the event. 👏 👏
Selected talks will soon be published in the new NODYCON 2025 series on @CassyniSeminars and will be fully citable, launching an innovative new model for scientific content sharing and dissemination.
Kudos also to our sponsor @SpringerNature and partners at Earendel for providing an all-in-one conference management platform, complete with a fantastic app, and to Cassyni for their collaboration with NODYCON on the new conference talk series.
A special thank-you 🙏 to Stevens Institute of Technology and co-chair Muhammad Hajj for hosting NODYCON 2025, held June 22–25 in Hoboken, NJ. Among the many memorable moments, a fantastic boat tour on the Hudson River stood out as a highlight of the social program with lots of interactions and social networking and an inspiring Award ceremony.
Nonlinear dynamics continues to be a dynamic and exciting field of research, bridging scientific and cultural boundaries alike ❤️.
Stay tuned for the next NODYCON in Rome, 2026! 👏 ⭐
#NODYCON #SpringerNature #Nonlineardynamics #Stevens #ResearchConference
https://t.co/5oHxlA61xy
I am happy to announce that we published a hashtag#new hashtag#python package
🚀🚀🚀#FatigueDS🚀🚀🚀
FatigueDS is a Python toolkit for fatigue analysis that calculates the Extreme Response Spectrum (ERS) and Fatigue Damage Spectrum (FDS).
More here:
https://t.co/1Yl6HoBY79
#OpenSD2025: Open-source Scientific Computing in Structural Dynamics #Conference and #Summer_School will have strong summer school program. The first day will have the focus on Python scientific stack / tools.
Program for the first day in the attached figure.
#FLife - Vibration Fatigue by Spectral Methods
v1.4.3 has been released.
use: `pip install FLife` to check it out.
We are planning to upgrade it to multiaxial loads and show the progress at the OpenSD2025 conference and summer school:
https://t.co/wHB2L4pytM
🎉 Fantastic News from Nonlinear Dynamics 🎉
Today marks a historic milestone for Nonlinear Dynamics! 🤖📘 For the first time ever, we've pushed the boundaries of our publishing speed by releasing the 2025 Issue 1 two months ahead of schedule! Check it out here: Volume 113, Issue 1 https://t.co/F9Qym6TElU. 🎓✨
But wait, there's more! We're already preparing Issue 2, with several more in the pipeline. Nonlinear Dynamics is now operating at full throttle! 🚂💨
This incredible feat wouldn't have been possible without:
- @SpringerNature, whose support has been the bedrock of our success
- Our Editors, whose diligence and commitment ensure our journal's high standards
- Our Reviewers, the guardians of quality
- And our Authors, whose groundbreaking work not only fuels but also defines the essence of Nonlinear Dynamics.
A massive thank you to our Executive Publisher, Anita Lekhwani from Springer US. Her leadership has been nothing short of phenomenal. Thank you, Anita, for steering the ship with such expertise! 🌟
Stay tuned for more exciting updates! 🌟
#SpringerEngineering #SpringerNature #NonlinearDynamics #Editorship #Publishing
pyIDI (image based identification for SD), FLife (vibration fatigue), fatpack (fatigue), pyUFF (universal file format), Rattelsnake (shaker control),...
Thank you for keeping the #open_source#community of #structural_dynamics active!
1/x thread
🚀🚀🚀I would like to put your attention to:
#OpenSD2025 - Open-source Scientific Computing in Structural Dynamics
#Conference and #Summer_School#where: Ljubljana, Slovenia
#when: 16th-19th of June 2025
More info: https://t.co/wHB2L4pytM
Selection of related packages (most will have presentation at the conference):
ROSS (rotordynamics), pyOMA (operational modal analysis), pyFBS (substructuring), SDyPy (FRF, EMA, UFF, excitation signals,...),