Latest Articles for Aerospace Engineering

Examining how NiAl coating brittleness affects nickel-based superalloy durability.

Exploring the properties and behaviors of nickel-based superalloys for high-temperature applications.

A new model enhances turbulence predictions in hypersonic conditions with cold-wall effects.

Learn how coaxial rotors improve helicopter performance at high speeds.

Analyzing flow patterns and their impacts on hypersonic vehicle performance.

Examining the complexities of turbojet engine design for hypersonic travel.

Research on drone and space vehicle teamwork for efficient object transport.

Altering a sphere's surface can effectively generate lift in air.

A new method improves aircraft design calculations for lift and drag.

Examining air flow transitions at hypersonic speeds and their impact on vehicle safety.

Using symmetry to enhance learning efficiency in aircraft control algorithms.

Study reveals laser pulses can minimize trailing edge noise on aircraft wings.

Investigation of point defects in ultra-high temperature ceramics for enhanced performance.

A look at non-linear behaviors and reduced-order models in aircraft design.

New modeling techniques enhance rocket propulsion systems through efficient data analysis.

Exploring the characteristics and potential applications of Ni-Mn-Ga alloys.

An overview of turbulence and its effects in various fields.

This study analyzes three-dimensional turbulent boundary layers around swept blunt bodies.

Study reveals how surface roughness affects air behavior at high speeds.

A new approach to analyze reachability in systems influenced by randomness.

Techniques to optimize satellite movement and fuel use in Low Earth Orbit.

Study reveals how manufacturing flaws affect fatigue life in superalloys.

Exploring the role of surrogate models in improving aircraft design efficiency.

Examining how Reynolds number influences airflow and performance in low-aspect-ratio wings.

A new approach simulates turbulent and rarefied gas flows together for better predictions.

New methods improve accuracy in modeling rarefied gas flows with moving boundaries.

LEO satellites improve global positioning and communication through ground station collaboration.

Using machine learning to improve drone stability and safety in challenging conditions.

A new approach enhances airfoil designs through machine learning and data-driven methods.

A look at input-to-state stability in complex control systems.

This study examines using deep learning for effective flow control around a square cylinder.

Machine learning improves management of unsteady airflow in various systems.

CANSATs educate students while monitoring crucial air quality data.

This study examines how controlling turbulence can reduce drag on aircraft wings.

New method uses strain measurements for aerodynamic load estimation in hypersonic flight.

New methods in aeroelastic modeling enhance accuracy and efficiency for aircraft design.

A new approach enhances spacecraft trajectory design using complex weighting matrices.

BepiColombo's flyby of Venus provided unexpected insights into forces affecting spacecraft.

A new guidance method improves landing accuracy on celestial bodies like Moon and Mars.

A new TWT design improves signal amplification in satellite and radar applications.