Research
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Stabilized finite element methods for problems involving waves, viscoelastic flows, compressible flows, shallow water flows, magneto-hydro-dynamics and approximation of eigenvalues, finite strain solid dynamics and structural elements. (PI:
R. Codina).
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Efficient time integration schemes, including algebraic fractional step schemes for incompressible flows, adaptive time integration schemes and accuracy enhancement using artificial neural networks (PI:
R. Codina).
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Reduced order models in fluid mechanics (ROM). Development of POD and adaptivity/Artificial-Neural-Network based reduced order models, with special emphasis on stabilization issues.
(PIs:
R. Codina
and
S. Idelsohn).
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Acoustic analogies in incompressible flows. Direct numerical simulation of sound, aero-acoustics in time dependent domains. With applications to the simulation of railway generated sound.
(PIs:
R. Codina
and
J. Baiges).
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Topology optimization in fluid-structure interaction. In particular, focusing on finite strain cases which require a special treatment, and incompressible and nearly incompressible materials.
(PIs:
R. Codina
and
J. Baiges).
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Numerical simulation of Additive manufacturing processes. This research line focuses on using h-adaptive methodologies, high performance computing and large scale parallelization. Application to metallic materials, plastics and concrete. (PIs:
R. Codina).
