
Maks developed permeable surfaces support for aeroacoustic outputs in the Flow360 repository, focusing on backend and simulation software development using Python. He introduced a new permeable surface field and ensured accurate data translation to the solver, allowing for more flexible material configurations in aeroacoustic simulations. Maks merged and aligned changes from the permeableAeroacoustic branch, integrating the new feature into the main codebase. This work addressed the need for enhanced configuration flexibility by enabling permeable surface properties, deepening the simulation capabilities of Flow360. The feature was delivered with attention to solver integration and data consistency, reflecting solid engineering depth.

November 2024: Delivered permeable surfaces support in aeroacoustic outputs for Flow360, introducing a new permeable surface field and ensuring data translates correctly to the solver, enabling more flexible material configurations in aeroacoustic simulations.
November 2024: Delivered permeable surfaces support in aeroacoustic outputs for Flow360, introducing a new permeable surface field and ensuring data translates correctly to the solver, enabling more flexible material configurations in aeroacoustic simulations.
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