Latest Articles for Engineering

Learn how nonlinear offset-free MPC improves control system stability and performance.

Exploring the behavior of functionals, Orlicz growth, and regularity in mathematics.

Learn how SIF improves tracking and estimation in technology.

Researchers aim to reduce noise from wind turbines through trailing-edge noise study.

Discover effective ways to analyze fluid movement on surfaces using advanced techniques.

Learn how optical fiber communication enhances our digital experiences.

Nano-drones are evolving with innovative ultrasonic technology for better navigation.

Discover how combining different materials is shaping the electronics of tomorrow.

Learn how to track changing systems with a unique algorithm.

Discover the intriguing world of random media and their types.

Discover the intriguing properties and applications of quasi-orthogonal matrices.

Discover how PINTO reshapes solving complex boundary value math problems.

Explore the innovative methods of Radial Basis Functions in solving complex problems.

Discover how Fuzzy Neural Networks improve processor design with clarity and speed.

Discover the science behind ultra-high temperature ceramics and their applications.

New methods improve accuracy in analyzing random functions across various fields.

Discover how pressure changes in liquids lead to cavitation and its implications.

Explore the fascinating behavior of fluids between rotating surfaces.

Unraveling how fluctuations and responses define the behavior of systems.

BAGELS improves spin polarization in high-energy physics experiments.

A new method improves accuracy in surface diffusion modeling for material design.

Research highlights how strain enhances trion binding energy in monolayer WS2.

Researchers stabilize QCL frequency combs using near-infrared light to reduce noise.

Learn how optimal control improves decision-making across engineering and medicine.

Learn how orientation statistics improve robotics and engineering tasks.

Discover how noise can actually enhance signal detection through nonlocal coupling.

Discover the intriguing behavior of sheared cubes and their unique arrangements.

Discover how negative-index metamaterials can change the way we see light.

Discover how metamaterials control waves for improved comfort and performance.

Discover how machine learning transforms our understanding of fluid behavior.

Discover how heat moves in small devices and its impact on technology.

Discover how NExT-LF improves structural vibration analysis.

Explore how light influences droplet evaporation and its real-world applications.

Discover how weak Galerkin methods make solving tricky equations easier.

Discover how engineers model batteries to improve performance and efficiency.

Dive into the world of reduced biquaternions and their applications.

Learn how researchers tackle changing parameters in dynamic systems for better outcomes.

Learn how battery health impacts performance and safety.

Advanced language models transform material property predictions into simple conversations.

Discover how photonic crystals are shaping the future of light technology.