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This is a Molecular Dynamics study.

September 10, 2025Physics of Fluids

Redefining flow regimes in sub-nanometer carbon channels under life-scale confinement

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Molecular dynamics simulations reveal how confinement alters viscosity and enhances transport in carbon nanotubes compared to rectangular channels.

Carbon nanotubes show significantly higher flow velocities and lower effective viscosities than rectangular channels due to unique interfacial interactions.
Molecular dynamics simulations demonstrate that confinement enhances directional transport efficiency and reduces activation barriers.
In contrast to carbon nanotubes, rectangular channels promote plug-like flow, indicating the critical impact of wall–fluid coupling on viscosity.
Findings highlight how confinement geometry materially influences transport at biologically relevant scales and suggest a framework for mesoscopic flow models.

Masuduzzaman et al. (2025) studied this question.

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September 10, 2025Physics of Fluids

View Full Paper

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Authors

Molecular dynamics simulations reveal how confinement alters viscosity and enhances transport in carbon nanotubes compared to rectangular channels.

Carbon nanotubes show significantly higher flow velocities and lower effective viscosities than rectangular channels due to unique interfacial interactions.
Molecular dynamics simulations demonstrate that confinement enhances directional transport efficiency and reduces activation barriers.
In contrast to carbon nanotubes, rectangular channels promote plug-like flow, indicating the critical impact of wall–fluid coupling on viscosity.
Findings highlight how confinement geometry materially influences transport at biologically relevant scales and suggest a framework for mesoscopic flow models.

Masuduzzaman et al. (2025) studied this question.

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