Latest Articles for Engineering

MeshAC creates adaptive 3D meshes for accurate material simulations at multiple scales.

A look at infeasible and critically feasible problems in optimal control.

A new method improves the efficiency of solving PDEs with deep learning.

This paper examines the role of perturbation mappings in nonlinear programming analysis.

An automated approach enhances efficiency and accuracy in simulating porous materials.

Explore fractional Brownian motion's properties and its impact on parameter estimation.

A guide to condition-based maintenance for complex systems facing multiple issues.

Examining how diffusion influenced by stress affects material properties and applications.

This article explores the significance of trapped ions in quantum technologies.

Explore the function and significance of pulsed electron guns in research.

Exploring the potential of BD-RIS in enhancing wireless communication.

Exploring decision-making in uncertain environments to minimize costs.

An overview of nonlinear waves and their significance in various fields.

A fresh approach improves accuracy in solving complex SDP challenges.

A new system enhances robot navigation and object manipulation capabilities.

New method improves efficiency in solving complex partial differential equations using neural networks.

New methods enhance efficiency and accuracy in matrix logarithm computations.

Innovative methods improve predictions of crack development in engineering materials.

Innovative approaches improve control design using data and contractivity in nonlinear systems.

A new method improves the estimation of memory kernels in particle dynamics.

A guide to optimization, its types, challenges, and practical uses across various fields.

A look at how ICLRNN enhances neural networks for real-world applications.

Exploring the properties and applications of CR-geometry in various fields.

This article introduces a new method to improve stability in real-time control systems.

Examining how glass deforms and fails when subjected to stress.

This paper discusses new methods for assessing maintenance costs in complex systems.

A new framework studies heat movement in insulators for improved material efficiency.

Learn how NPRK methods improve solving ordinary differential equations.

Machine learning improves efficiency and accuracy in continuous beam structural design.

Learn how to maintain systems facing wear and tear effectively.

An overview of how diffusion affects entropy and system behavior.

Introducing EPIC, a method for efficient eigenvalue computation.

A look at numerical computation and its applications in various fields.

A look into shapes that impact physics and engineering.

New methods improve accuracy in vehicle dynamics estimation using digital twins.

Study reveals glass structure changes and behaviors when heated.

Research reveals methods to boost robot performance through evolution and learning.

A look at how Wilcox and Fer expansions help solve differential equations.

A look into how active particles move and interact.

A study on classifying flexible quadrilateral meshes and their applications.