Latest Articles for Engineering

Exploring how droplet height affects breakup and size distribution in various applications.

Exploring how foundation models improve the development of digital twins.

Advancements in deep learning offer solutions to complex mathematical problems in multiple fields.

Exploring new methods for solving nonlocal interactions in various fields.

Discover how physics-informed neural networks tackle partial differential-algebraic equations.

Learn how CANNs improve the understanding of material behavior under stress.

Research reveals the impact of friction laws on material rupture behavior.

A look into how shapes can be transformed and studied through maps.

Exploring the role of optical techniques in quantum algorithms.

Discover two new methods improving optimization efficiency across various fields.

A deep look into fluid behavior near surfaces under turbulence.

Learn the basics of fluid behavior and its impact on various fields.

A look into real-time techniques for identifying hybrid systems.

This article explores a model for material interactions at surfaces and within bulk.

Explore the latest trends and technologies in robotic limb development.

New methods improve cutting stability and productivity in milling operations.

Explore how PyDDC simulates CO2 and brine interactions for effective carbon storage.

Examining how the upper critical field impacts superconductor behavior and applications.

A look at new dynamic modeling techniques for better turbulent flow simulations.

Discover how granular materials remember their movements and the effects of shearing.

Discover simplified methods for calculating cross-partial derivatives in complex functions.

An overview of rough analysis and its applications in various fields.

New methods enhance fluid flow calculations in various industries.

A look into the unique behaviors of active fluids and their applications.

Research focuses on creating adaptable robots for diverse environments and tasks.

Introducing a novel filtering technique for non-Gaussian systems.

A look into fluid mechanics, covering key concepts and applications.

Examining integral solutions and counting methods for quaternion equations.

Discover how optimization improves engineering design efficiency and material use.

This article breaks down integration and its applications in simple terms.

This article examines how granular materials behave when stressed, both dry and wet.

A novel approach to predict the behavior of functional graded beams under various conditions.

Exploring the impact of randomness in mathematical models of fluids and heat.

A new method speeds up model order reduction, enhancing efficiency in complex simulations.

Examining the behavior of volume integral operators as shapes vary.

New methods enhance the accuracy of solving fractional differential equations.

A new method helps robots transport liquids without spills in challenging environments.

This study examines how different friction laws affect slip stability.

Learn about optimal control's principles, applications, and importance in various fields.

Innovative metamaterials with unique properties could transform technology applications.