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July 26, 2026International Journal of Theoretical PhysicsOpen Access

Quantum Hydrodynamics of the Bingham Fluid Addressing the CNT Enhanced Fluid Flow

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Authors

RARafaela AlvarengaFEFelipe S. EscórcioAOAlan B. de Oliveira

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Overview

Randomized trial investigates quantum effects on flow in Bingham fluids, suggesting implications for nanoscale fluid dynamics.

Key Points

  • This work explores how quantum mechanics can explain the behavior of viscoplastic fluids at nanoscale, particularly Bingham fluids.
  • Investigated fluid dynamics using de Broglie–Bohm quantum mechanics for Bingham fluids.
  • Developed theoretical models and numerical solutions to examine Navier–Stokes-Bingham equations and quantum effects.
  • Assessed the role of an effective quantum potential in enhancing fluid flow dynamics.
  • Identified increased flow velocity associated with the quantum potential in Bingham fluids.
  • Demonstrated well-behaved wavefunction solutions in anti-dissipative fluid flow scenarios.
  • Provided theoretical insights into the superflux phenomenon, linking quantum mechanics with classical flow discrepancies.

Cite This Study

Alvarenga et al. (2026) studied this question.

synapsesocial.com/papers/6a65a6f2d3aea3239cd7802ehttps://doi.org/10.1007/s10773-026-06414-1
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