Omar A. Mures
Omar A. Mures
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Flow Activity-Based Sampling (FABaS) of 3D LES-Generated Flow Fields for AI-Based Flow Compression and Prediction
Flow image-based deep learning methods are emerging as a promising alternative to advance the wind-resistant design of civil …
Omar A. Mures
,
Abrahan Dopazo
,
Miguel Cid Montoya
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Extreme Compression of LES Flow Data
The increasing reliability of Computational Fluid Dynamics (CFD) simulations has established them as essential tools for aerodynamic …
Omar A. Mures
,
Miguel Cid Montoya
,
Sumit Verma
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DOI
Deep learning emulation of forced vibration flows for accurate prediction of shape-dependent self-excited forces
Accurate prediction of aeroelastic behavior is crucial in the wind-resistant design of bridges. Hence, developing robust workflows is …
Omar A. Mures
,
Miguel Cid Montoya
,
Sumit Verma
,
Ashustosh Mishra
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Extreme compression of URANS flow data
The rise of exascale supercomputing has motivated an increase in high-fidelity CFD simulations, yielding massive datasets that can pose …
Omar A. Mures
,
Miguel Cid Montoya
,
Sumit Verma
,
Ashustosh Mishra
PDF
Cite
An aerodynamic dataset for AI-driven wind-resistant design optimization of bridges
This presentation showcases a method for aerodynamic shape optimization of bridge decks. It involves generating a comprehensive …
Miguel Cid Montoya
,
Omar A. Mures
,
Sumit Verma
,
Ashustosh Mishra
Cite
Video
In-transit molecular dynamics analysis with Apache flink
In this paper, an on-line parallel analytics framework is proposed to process and store
in transit
all the data being generated by a …
Henrique C. Zanúz
,
Bruno Raffin
,
Omar A. Mures
,
Emilio J. Padrón
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DOI
Leveraging the Power of Big Data Tools for Large Scale Molecular Dynamics Analysis
Parallel Molecular Dynamics simulations are generating atom trajectories of growing sizes and complexity. Analyzing these trajectories …
Omar A. Mures
,
Emilio J. Padrón
,
Bruno Raffin
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