Latest Articles for Aerospace

Explore the behavior of turbulent flow near walls and its practical implications.

Recent findings enhance understanding of turbulent flow in channels using advanced equations.

Introducing a new approach for managing mechanical systems using sliding mode control.

This article explores synchronization challenges in complex multi-body systems across various applications.

New method enhances control systems for uncertain environments using innovative strategies.

New control methods improve performance of flying robots in challenging environments.

A new framework combines machine learning and grain size to predict metal deformation.

Engineers use machine learning to improve accuracy in fluid dynamics simulations.

New methods improve modeling of fluid-structure interactions for various engineering fields.

Examining how Reynolds stress affects fluid flow near surfaces.

Exploring the mechanical properties and applications of hybrid schwarzite materials.

A new method enhances simulation of fluid flows with sudden changes.

MorphoLander helps drones land safely on uneven ground, enhancing operations in challenging environments.

New techniques in shape-changing materials enhance design and functionality across fields.

Effective predictions from limited simulations for complex jet-explosive interactions.

UAVs combined with THz communication can restore connectivity effectively after disasters.

An overview of control systems, feedback, and challenges in modern engineering.

Learn how modern techniques improve thin shell structure analysis and design.

A new approach enhances drone swarm communication using mobile relay drones.

A new method automates mesh generation for CFD, improving speed and accuracy.

A new method enhances UAV participation in federated learning while protecting privacy.

New model speeds up airfoil design using machine learning.

New methods improve the control of complex nonlinear systems in engineering.

Streamlining aircraft production through co-design and advanced modeling methods.

This article discusses implicit shock tracking methods for better fluid dynamics simulations.

This article examines nitrogen's behavior under extreme shock conditions.

This article reviews the properties and applications of aluminium syntactic foams.

A new approach improves predictions for flexible structures in fluid flows.

Reconfigurable intelligent surfaces improve UAV connectivity and reliability in various fields.

Learn how spanwise forcing can lower drag and improve flow stability.

This research presents a novel algorithm for estimating parameters in hybrid systems.

New AI methods enhance air combat training with hierarchical decision-making.

UAVs improve data processing in Mobile Edge Computing networks amidst challenges.

Examining heat transfer and sound wave behavior in polyatomic gases.

Exploring how microstructures affect shape memory alloys' performance in various applications.

This article explores the impact of GPUs on fluid dynamics simulations.

Examining how input redundancy interacts with constraints in control systems.

A new automated system combines visual and tactile sensing for accurate defect detection.

New strategies improve the efficiency of inverse design across various engineering fields.

Riblets reduce drag and enhance fluid flow for various industries.