Latest Articles for Fluid Dynamics

This article presents a novel method for addressing complex advection-dominated diffusion challenges.

Research explores how transverse forces impact particle dynamics and sampling in dense liquids.

Examining how droplets react in shear flows and their practical applications.

This article examines turbulence behavior in rotating fluids with temperature differences.

Explore the nature of scalar conservation laws and their contractive properties.

A new model examines the behavior of gas clouds during collapse and expansion.

Research on chiral fluids reveals unique behaviors and properties influencing soft materials.

A look at fluid dynamics and bubble stability.

Study self-excited systems for improved engineering applications and control techniques.

Learn how uncertainty affects Lagrangian descriptors in fluid dynamics.

Research reveals insights on cavitation bubble behavior near solid surfaces.

Learn how droplets interact with moving surfaces based on speed and conditions.

Scientists study how materials are transported in fluids using Lagrangian Coherent Structures.

A method for accurately simulating interactions between two different fluids.

Introducing the BubbleML Dataset for advanced studies in boiling dynamics.

Researchers use GNNs to enhance fluid flow simulation efficiency and accuracy.

New modeling techniques improve predictions in turbulent boundary layers for high-speed flows.

A new method improves fluid interaction modeling in various applications.

A look at the key concepts and implications of MHD turbulence.

Machine learning enhances density functional theory for inhomogeneous fluids.

A study on the Coanda effect using efficient modeling techniques.

Insights into how oscillating foils impact fluid dynamics and vortex formation.

Examining how oscillating foils affect fluid wake structures and performance.

This article examines how magnetic fields affect liquid metal flows and heat transfer.

Examining how particles affect vortex behavior in fluid dynamics.

Study of hard rods reveals unique behaviors under varying conditions and external forces.

A look into the Bernoulli problem and its relevance in fluid behavior.

This article covers quantum computing's potential in simulating fluid behavior and its challenges.

An overview of passive scalar transport and its implications in fluid dynamics.

Innovative methods to model fluid flow on curved surfaces using finite element techniques.

A look into the behavior of fluid interfaces and their implications.

An exploration of turbulence, focusing on energy transfer and its fluctuations.

A look into how wall pressure influences flow control and turbulence.

Exploring how data assimilation enhances turbulence predictions and modeling.

Research reveals complex behaviors of solitons and quantum droplets in quantum fluids.

Exploring fluid behavior in neutron stars and the challenges in modeling their mergers.

Quantum computers face hurdles when addressing chaotic and turbulent systems.

Explore the transition between dripping and jetting in coaxial flow systems.

Examining how liquid threads break down into droplets and its implications.

This study examines how flexible beams and flowing fluids influence each other.