Latest Articles for Numerical Simulations

This article discusses the behavior and stability of liquid nanofilms under various conditions.

An exploration of kink solutions and their role in wave behavior.

Using machine learning to improve turbulence simulations through superresolution methods.

A method for accurately simulating interactions between two different fluids.

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

A new method tackles checkerboard patterns in fluid dynamics simulations.

Explore the fascinating process of quantum tunneling and its implications in various fields.

This article presents a new approach to viscous dissipation in natural convection.

Exploring the behavior of electromagnetic waves in changing materials and its implications.

Exploring kink trains and their interactions in various materials.

Study reveals fluid behavior influenced by heat in annular spaces.

Examining the chiral anomaly and its role in generating magnetic fields in high-energy environments.

Exploring gravitational collapse and black hole formation in Quadratic Gravity theory.

Non-reflecting boundary conditions improve accuracy in thermal flow simulations using LBM.

Exploring how geometry and material behavior affect shell performance.

This study highlights how initial conditions affect Richtmyer-Meshkov instability and fluid mixing.

Researchers analyze phase transitions in quantum systems through RG domain walls.

A new method stabilizes wave equations affected by time delays in control systems.

Research shows how structured randomness alters hybrid quantum circuit behavior.

Learn how new methods enhance the simulation of fluid interactions.

Study reveals shock wave behavior around circular cylinders at supersonic speeds.

Examining the effects of ill-posedness in generalized SQG equations and its implications.

A new approach to simplify simulations of processes with varying speeds.

Study reveals key insights into black hole behavior and energy loss.

New framework boosts efficiency and accuracy in reduced-order modeling.

Research reveals how controlled randomness impacts wave dynamics in the FPUT lattice.

A look at ill-posedness in dispersive equations and its implications.

Study reveals insights into energy distribution and magnetic reconnection in cosmic plasmas.

A new Cartesian grid-based approach for solving Hele-Shaw flow and Stefan problem.

Exploring the impact of higher-order kernels on fluid and solid simulations.

An overview of methods in quantum field theories and implications for supersymmetry.

A simplified model for accurate energy transfer simulations in high-temperature materials.

A look into how symmetry influences fluid behavior and patterns.

This study examines how sound waves scatter off complex fractal shapes.

A new method improves stability in Smoothed Particle Hydrodynamics simulations of materials.

New methods enhance accuracy and efficiency in simulating Bose-Einstein condensates.

A look into how fluids behave during motion and the transition to turbulence.

Examining coherent structures and methods in turbulent pipe flow research.

This paper examines how different disturbances affect flame behavior in Rayleigh-Taylor instability.

Study reveals key interactions in solar plasma structures.