Engineering: Aerospace Science

SpaceX spaceship in orbit above Earth, emphasizing advancements in space research and exploration.
The Journal of Engineering: Aerospace Science is dedicated to publishing high-quality, peer-reviewed research that advances the science, technology, and engineering of flight and space systems. The journal provides a comprehensive platform for innovations in aeronautics, astronautics, propulsion, and aerospace systems, supporting both academic advancement and industrial application.

Research Areas

The journal serves aerospace engineers, researchers, scientists, and industry professionals engaged in advancing the future of air and space transportation. Submissions that demonstrate rigorous methodology, innovation, and relevance to real-world aerospace challenges are strongly encouraged.

Aerodynamics and fluid dynamics of flight
Aerospace propulsion systems and engine technologies
Aircraft and spacecraft structures, design, and materials
Flight dynamics, control systems, and navigation
Spacecraft systems, satellite technologies, and space exploration
Computational methods in aerospace engineering
Avionics, guidance, and communication systems
Unmanned aerial vehicles (UAVs) and autonomous flight
Hypersonics, re-entry dynamics, and high-speed flight
Aerospace manufacturing and additive technologies
Multidisciplinary design optimization (MDO)
Air traffic management and aviation safety
Thermal control and environmental systems in aerospace
Space robotics and in-orbit servicing
Planetary entry, descent, and landing systems
Aircraft Conceptual and Detailed Design
Aerodynamic Modeling and Wind Tunnel Testing
Computational Fluid Dynamics for Aeronautics
Aerospace Structural Analysis and Testing
Composite and Advanced Aerospace Materials
Flight Dynamics and Stability Analysis
Control Systems for Aircraft and Spacecraft
Turbine Engines and Jet Propulsion
Rocket Engines and Space Propulsion Systems
Spacecraft Design and Mission Planning
Satellite Systems and Orbital Mechanics
Air Traffic Management Systems
Aerospace Sensors and Avionics Integration
Thermal Control and Heat Transfer in Aerospace
UAV/UAS Design and Autonomous Flight
Hypersonic Vehicles and Scramjet Propulsion
Aerospace Manufacturing Processes and Automation
Aerospace System Safety, Reliability, and Certification

The scope includes, but is not limited to

Aerospace vehicle design and performance optimization
Aerodynamic analysis and experimental aerodynamics
Computational fluid dynamics (CFD) for aerospace applications
Structural design and material innovation for aircraft and spacecraft
Flight mechanics, stability and control systems
Propulsion technologies for aero and space vehicles
Spacecraft systems engineering and mission design
Avionics, sensors and aerospace electronic systems
Air traffic management and aviation systems research
Thermal management and aerospace heat transfer studies
Unmanned aerial systems (UAS) and autonomous flight research
Hypersonic flow physics and high-speed vehicle technologies
Aerospace manufacturing and material processing techniques
Safety, reliability, and certification methods in aerospace engineering
Aerospace systems simulation and multidisciplinary optimization