Latest Articles for Fluid Dynamics

Examining how tapered wings influence airflow behavior during stall conditions.

Introducing a new solver for efficient solutions in shifted skew-symmetric systems.

A novel model predicts missing data in turbulent flows using deep learning.

A look into the behavior and significance of vortex knots in fluid dynamics.

Research uncovers how sticky fluids create unique thread patterns in pitcher plants.

Research reveals how temperature differences affect mixing in fusion processes.

This research reveals the importance of streaks in turbulent wakes behind circular disks.

A new approach improves correlation between models in uncertainty analysis.

This study explores the behavior of viscous relativistic fluids through numerical simulations.

New methods enhance reduced order models for better fluid dynamics simulations.

A look at how Monte-Carlo methods aid in fluid flow analysis.

Study on plasma actuators improving airflow control and reducing drag on square cylinders.

Examining how flexible fibers move and interact in turbulent fluid flows.

Examining how heavy particles move through fluid flows and their implications.

This article presents a new approach to study material movement on changing surfaces.

A study on mathematical models for shallow water wave behavior.

Recent experiments on superfluid flows uncover unique behaviors and natural parallels.

Examining how randomness impacts ocean wave dynamics in a shallow water model.

This article explores foam displacement in porous media and its implications for resource extraction.

This article explores how shock waves interact with temperature variations in fluids.

Study reveals complex settling dynamics of spheres in various fluids.

Examining how spheroidal particles behave in turbulent environments and their environmental impact.

New numerical scheme maintains key properties for shallow water wave models.

Examining how heat affects fluid movement in liquid metals.

A new method enhances fluid motion predictions, especially in turbulent conditions.

Research reveals key factors affecting flow stability in magnetohydrodynamics.

Exploring how local interactions affect condensate states in two-dimensional turbulence.

A study on how wing design affects performance in fluids.

A new method enhances the measurement of solid-liquid friction at the nanoscale.

Methods for quick and accurate pressure calculations in incompressible fluid flow.

Exploring the behavior of anisotropic plasmas when interacting with a vacuum.

New methods enhance liquid crystal manipulation using acoustic waves and fluid flows.

Study of charged particle dynamics and their electromagnetic effects in expanding fluids.

A look at how heat influences fluid motion in various applications.

Exploring the relationship between non-Lorentzian geometry and fluid behavior.

This study highlights interactions in non-standard turbulent flows near surfaces.

Examining how magnetic fields affect turbulence in neutron stars and cosmic formations.

This study examines how Reynolds number affects mixing layers in RMI.

Examining lump solutions in the fractional Kadomtsev-Petviashvili equation and their implications.

An overview of turbulence and its significance in various fields.