Latest Articles for Engineering Applications

New methods improve analysis of polymer crystallization processes in noisy environments.

New methods for approximating complex functions from limited data are emerging.

An overview of finite-volume schemes and their applications in numerical analysis.

New methods improve accuracy in simulating particles in fluid dynamics.

Exploring the complexities of turbulent flow close to surfaces.

A study on turbulent fluid behavior using network analysis of VGT.

New methods improve prediction of wave behavior in various fields.

This article examines fluid behavior around long shapes under varied conditions.

Study reveals insights into materials with inclusions affecting heat and electricity flow.

A new benchmark enhances offline multi-objective optimization methods across various fields.

This method improves CFD accuracy and efficiency using machine learning.

GSDO optimizes complex problems without needing derivatives.

Multi-rate methods improve simulation efficiency for dynamic systems with varying rates of change.

Study the influences on falling liquid films over wavy heated surfaces.

This article examines how particles influence fluid behavior near surfaces.

RKGC improves accuracy and consistency in fluid simulations using SPH.

Study reveals how textured surfaces affect fluid movement and flow dynamics.

We develop methods for refining models using noisy and indirect observations.

Introducing a new method for better solutions in complex engineering and robotics tasks.

Explore the robust instability radius and its significance in control systems.

Grain size impacts material properties and performance in engineering applications.

Research on solitons reveals new applications in versatile materials.

An overview of Sadovskii vortex patches and their significance in fluid dynamics.

New materials improve light management in diverse technologies.

A new tool aids in studying fluid behavior under shock conditions using machine learning.

Study of how thick reaction zones impact flame behavior in narrow channels.

Study highlights Joule heating's role in heat transfer and entropy generation in MHD flows.

Researching energy stability in crystal simulations enhances material behavior predictions.

Exploring new methods for understanding fluid movement in porous materials.

Study reveals properties of BaIrGe, a promising superconducting material.

A new approach to analyzing fluid dynamics using MRI data.

Exploring the dynamics of fluid movement in porous materials and its implications.

Research on moment methods enhances understanding of particle behavior in gases.

Examining the role of BLMMSE estimators in improving MIMO channel estimation.

This article examines how liquid moves in shaken cylindrical containers.

A look at fluid dynamics and the transition from order to chaos.

Researchers develop methods to simulate particle movement and interactions accurately.

Research reveals how sound interacts with shear layers in high-speed fluids.

New frameworks for efficient modeling of complex networked systems in electrified vehicles.

A fresh model explains how living polymers respond to stress.