Latest Articles for Fluid Dynamics

This article discusses moisture dynamics in materials using time-fractional porous medium equations.

Researchers study how droplets move on polymer brush surfaces without external energy.

New techniques enhance numerical solutions for complex mathematical challenges.

New techniques use magnetic fields for precise detection of polymers passing through nanopores.

Examining how molten sand interacts with porous surfaces in gas turbine applications.

Study reveals insights into fluid behavior under extreme conditions.

Surface viscosity influences liquid interactions and reactions at their boundaries.

A look at how water moves through sand and soil.

Researchers study how tiny living systems form structured patterns in fluids.

An examination of how rotating fluids mix through Faraday instability.

This article explores the NIPG method for fluid dynamics and its effectiveness.

Improving turbulence models enhances accuracy in fluid dynamics simulations.

A model studying stability and shape of charged liquid drops in similar fluids.

Examining links between oceanic waves and quantum phenomena.

Investigating how shear flow affects the shape of flexible sheets.

A look into methods for stabilizing hyperbolic systems using feedback control.

This study examines how magnetic fields affect Kolmogorov flow stability.

This article examines how vortex rings contribute to the study of quantum turbulence.

This study examines how spheroids behave in pressure-driven shear-thinning fluids.

Explore turbulence, its laws, and the ongoing research in fluid dynamics.

This study examines fluid flow stability between porous layers with varying properties.

Learn how microcentrifuges assist in medical testing by separating particles efficiently.

A new approach to studying complex fluid dynamics using statistical methods.

Exploring the connection between black holes, viscosity, and entropy.

An overview of key nonlinear equations and their applications.

Study reveals techniques for predicting extreme airflow behavior affecting aircraft performance.

A look at how ROM can streamline complex fluid equations.

A look into the entropic lattice Boltzmann method and its benefits for fluid dynamics.

Research reveals how electric fields shape colloidal particles into complex structures.

Exploring how bubble collapses in fluids release and concentrate energy.

Research reveals complex flow patterns in liquid gallium influenced by magnetic fields.

An exploration of how vorticity influences cosmic structures and dynamics.

Examining the effects of solute movement on particle transport in various materials.

New methods improve predictions of time-evolving complex systems using multifidelity models.

Exploring innovative approaches to wave behavior through the Hunter-Saxton equation.

Research shows how particles affect fluid behavior when stirred rapidly.

This article examines the mixing properties of mathematical maps on the 2-torus.

Examining hairpin vortices and their role in turbulent flows.

A look into how electrons behave like a fluid in materials.

Study on how elastoviscoplastic fluids behave near cylindrical objects.