News from RBF Morph

Revolutionizing Healthcare: Our First Webinar Hosted by Avicenna Alliance Explores Advanced Mesh Morphing and High Fidelity Patient-Specific Simulations
In a webinar held on March 5, 2024, we delved into the future of healthcare, exploring the potential of “Enabling
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Development of a fast high fidelity FSI workflow to simulate polymeric aortic valves: a RBF mesh morphing study
Biomedical Engineering is a field at the forefront of innovation, constantly pushing boundaries to enhance medical technology and improve patient
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Unlocking Innovation: Webinar on FEA and CFD Mesh Morphing with Ansys RBF Morph
In the realm of simulation technology, staying ahead is the key to unlocking unprecedented efficiency and optimization. We are thrilled
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Our Study ‘A Parametric 3D Model of Human Airways for Particle Drug Delivery and Deposition’ published in MDPI
A paper titled “A Parametric 3D Model of Human Airways for Particle Drug Delivery and Deposition” has just been published
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Evaluation of ‘As Built’ Performance of Mechanical Components Using Mesh Morphing Techniques
We are happy to share another interesting thesis that leverages our software discussed by an Engineering student at University of
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Optimization of the shape of a helical spring using the Biological Growth Method
We are proud to present another thesis leveraging our RBF Morph software together with Ansys Workbench: ‘Optimization of the shape
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New article published in Futurities
Futurities, the EnginSoft magazine, has recently featured our FF4EuroHPC project DiTAiD in their latest article: ‘A digital twin of airflow
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Our paper presented at the 14th LS-DYNA Conference is now on the dynalook.com website
Exciting news to share! The 14๐ญ๐ก ๐„๐ฎ๐ซ๐จ๐ฉ๐ž๐š๐ง ๐‹๐’-๐ƒ๐˜๐๐€ ๐‚๐จ๐ง๐Ÿ๐ž๐ซ๐ž๐ง๐œ๐ž 2023 proceedings have been unveiled onย https://www.dynalook.com/, showcasing an impressive archive of
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Analysis of Vortex Induced Vibration of a thermowell by high fidelity FSI numerical analysis based on RBF structural modes embedding
Here’s a new thesis by Alessandro Felici, Universitร  di Roma Tor Vergata, using our RBF Morph software. His study focuses
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