What question did this study set out to answer?

To develop a numerical method for simulating bubble flows and fluid-structure interaction using high-performance computing.

May 22, 2026Open Access

Simulation method for bubble flows and fluid–structure interaction

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Numerical method simulates bubble flows and fluid-structure interaction, indicating significant findings in machining accuracy.

To develop a numerical method for simulating bubble flows and fluid-structure interaction using high-performance computing.
Implemented in the m–AIA open-source solver framework
Combined lattice Boltzmann solver with a cumulant collision step and FEM using MFEM
Validated through multiple benchmark cases and simulations of electrochemical machining processes.
Predictions of fluid-structure interaction phenomena aligned closely with reference data
High oscillation frequency during the electrochemical machining process increased blade displacement, negatively impacting precision
Effective gas distribution and electrolyte flow in machining processes were demonstrated in simulations.

Daniel Lauwers (2026) studied this question.

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