Latest Articles for Fluid Dynamics

Examining how water wave behaviors shift and their implications.

Investigating how tiny swimmers behave in flowing liquids.

This research examines turbulence's role in angular momentum movement within stars.

This research models microgel behavior under varying temperatures and concentrations.

Examining how temperature differences affect the movement of liquid drops.

A new model enhances simulations in fluid dynamics, benefiting multiple industries.

A look into heat transfer and fluid behavior in heated pipes.

A closer look at Kelvin-Helmholtz instability in superfluid helium and its unique behaviors.

Exploring how density changes create shock waves in quantum gases.

Tissue shape influences fluid behavior and biological structures in developing embryos.

This study investigates how liquids respond to sudden movements and pressure changes.

Machine learning improves artificial viscosity models for enhanced numerical simulations.

An overview of how scientists study and model turbulence in fluids.

Researchers develop a technique for measuring fluid dynamics in tight spaces.

This study reveals how droplets behave on soft polymer brush surfaces.

New computational techniques improve gas behavior predictions in aerospace applications.

Explore how chemical reactions affect fluid behaviors in thin films.

This article examines the recent research on bi-rotational Euler flows in four dimensions.

Study of how heavy particles behave in Kirchhoff and Kida vortices.

New techniques enhance fluid flow simulations for engineers and scientists.

Exploring how liquid drops behave when they hit surfaces.

A look at how pressure and temperature affect water's different states.

Advancing methods for better modeling of fluid shocks in high-speed flows.

A look into fluid interactions using the Navier-Stokes-Cahn-Hilliard system.

A novel approach improves fluid flow analysis without traditional grid constraints.

Study reveals fluid volumes in mouse eyes, aiding glaucoma research.

A look at how DDFT studies particle behavior in non-equilibrium conditions.

Surfactants significantly influence the breakup process of liquid threads into droplets.

Research reveals new characteristics of dark-bright solitons with varying widths.

Examining the interactions and behaviors of solitary waves during collisions.

New modeling techniques improve understanding of sound wave interactions with droplets.

This article examines how disks move through special fluids impacted by friction.

This article discusses methods to study water movement in porous materials.

Exploring how electric fields alter the behavior of liquid drops.

A study on heat transport in internally heated fluids and its real-world implications.

Research shows how machine learning enhances droplet size measurement techniques.

A look into advanced simulation techniques for supersonic jets in aerospace engineering.

Exploring innovative methods in closure modeling using machine learning techniques.

Study reveals how dense gases behave in curved geometries.

Exploring new methods for modeling and understanding viscous fluid behavior near boundaries.