Latest Articles for Numerical Methods

Discover how fractional compartmental models improve drug behavior understanding.

This article discusses advancements in simulating interactions between solid materials and fluids.

Learn about function calculus and its real-world applications.

This article examines membrane locking in beams and shells for better structural analysis.

This study enhances fluid mixing methods using dynamic boundary control strategies.

Improved estimates and convergence rates for random periodic solutions in stochastic systems.

Analyzing the impact of regularity on solutions of parametric eigenvalue problems.

Study reveals stability properties of solitary waves using numerical methods.

The hybrid method improves gas flow simulations through effective computation techniques.

An overview of steady streaming and its impact on modern technology.

Understanding numerical solutions for integral and differential equations in science and engineering.

Exploring how infinite delay equations shape our understanding of ecological and epidemiological dynamics.

Exploring new methods for modeling materials influenced by randomness in phase separation.

Exploring methods and applications of stochastic partial differential equations in various fields.

This article examines how numerical solvers influence parameter estimation in ODE models.

Exploring fixed-point tensors and their role in critical systems.

Exploring the connections between geometry, algebra, and practical applications.

Exploring Vieta-Lucas wavelets for effective solutions to complex equations.

Innovative methods improve efficiency in complex control problems across various fields.

Understanding collapsed stars and their mysterious transition into black holes.

This study examines how waves affect floating objects in renewable energy projects.

A guide to the Raviart-Thomas method for solving boundary value problems.

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

Research presents a new numerical method for studying cancer cell movement.

This article examines the movement mechanics of limbless creatures on soft substrates.

Examining the complexities of ice sheet modeling and its implications for sea level rise.

Examining the interactions between materials under various forces.

This study presents a method for numerical solutions of the Equal Width Wave equation.

Combining machine learning with fluid dynamics for better shock wave detection.

This study examines optimal shapes using Blaschke-Santaló diagrams in engineering and design.

A look at how small changes in black holes affect their frequencies.

VisualPDE makes learning complex equations easy and engaging for everyone.

A new method for simulating surfactant interactions with dynamic bubbles.

FEONet combines deep learning and numerical methods to solve parametric PDEs efficiently.

New methods in quantum chemistry leverage algebraic geometry for solving complex equations.

Examining how biological systems transport materials efficiently.

Safe design of vessels and platforms in extreme environments using environmental contours.

The MWG method offers new ways to solve complex electromagnetic field problems.

An exploration of black hole formation through mathematical models and new techniques.

A new hybrid approach improves elasto-plastic problem analysis.