If you were referring specifically to the "Neko application Use Case" within the EXCELLERAT project, the report discusses high-fidelity simulations of rotating parts. To make sure I'm giving you the right material, is this: The CFD simulation framework ( Neko )? The neuromorphic learning library ? Or a different dataset? (Published in ACM conference
Another potential match in the 2021 timeframe, though focused on AI rather than CFD, is:
Authors: S. K. F. L. S. H. K. P. P. R. A. C. S. Published: July 2021 (arXiv)
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Neko_2021_jan_to_aug_tier_2.zip ❲Plus — CHEAT SHEET❳
Neko_2021_jan_to_aug_tier_2.zip ❲Plus — CHEAT SHEET❳
(Published in ACM conference, 2021).
Describes Neko, a high-order spectral element flow solver framework. Neko_2021_Jan_to_Aug_tier_2.zip
Based on your request, the most relevant scientific paper referencing "Neko" from 2021 is: (Published in ACM conference, 2021)
If you were referring specifically to the "Neko application Use Case" within the EXCELLERAT project, the report discusses high-fidelity simulations of rotating parts. To make sure I'm giving you the right material, is this: The CFD simulation framework ( Neko )? The neuromorphic learning library ? Or a different dataset? (Published in ACM conference
Another potential match in the 2021 timeframe, though focused on AI rather than CFD, is:
Authors: S. K. F. L. S. H. K. P. P. R. A. C. S. Published: July 2021 (arXiv)