Journal of Aerospace Engineering & Technology

Journal of Aerospace Engineering & Technology (JOAET) is a peer-reviewed hybrid open-access journal launched in 2011, focused on the rapid publication of fundamental and multidisciplinary research papers on all areas of Aerospace Engineering & Technology.

• Aeroacoustics: propagation of sound; aeroacoustics of hot jets; aeroacoustics of flight vehicles: theory and practice; military aircraft aeroacoustics; automobile and high-speed train aeroacoustics; aerodynamic noise; jet mixing noise; screech tones; broadband shock-associated noise and suppression methods; near-ground acoustic environment of STOVL aircraft; weapons bay aeroacoustics; cavity acoustics; closed-loop feedback control; computational aeroacoustics; machine learning for noise prediction; intelligent acoustic modeling.
• Aircraft Structures and Designing: fuselage, wings, empennage, landing gear, powerplant, cargo, controls, accessories; single-engine aircraft; Monocoque and Semi-Monocoque structures; welded steel truss; Navy aircraft and helicopters; Monoplanes and Biplanes Structures; analysis, manufacturing, validation; aerodynamic forces and stresses; composite materials; bonded scarf repair; non-destructive testing; composite machining; surface preparation; adhesive bonding; smart materials for aerospace; AI-driven structural health monitoring.
• Aeroelasticity, Aerodynamics, and Fluid Mechanics: computational fluid dynamics (CFD); structural dynamics; airfoil flight dynamics; rotors and wind turbines; fluid-structure interaction; lattice methods; scope of aeroelasticity; piezoelectric aeroelastic energy harvesting; turbomachinery; aircraft design; fluid-solid interaction dynamics; weight, lift, thrust, drag; hot air balloon dynamics; aerodynamics of wind turbines; insect flight aerodynamics; Kramer effect; delayed stall; quasi-steady modeling; flapping flight; kinematics; forces and flows; leading-edge vortex; bio-inspired aerodynamic designs.
• Aircraft Stability and Control: aerodynamic forces and stresses; positive, neutral, and negative static and dynamic stability; mean aerodynamic chord; motion of an airplane; navigation and guidance; multidisciplinary aircraft design; flight dynamics and control; air transportation systems; air traffic management; multidisciplinary design optimization (MDO); flight mechanics; ground and flight testing; applied CFD; flight safety; weather and noise hazard analysis; human factors engineering; airport design and management; airline operations; artificial intelligence in flight systems; simulation-based optimization methods.
• Flight Simulation, Mechanics, and Testing: aircraft design aerodynamics; flight dynamics and control; CFD simulation; SimSAC project contributions; integration of propulsion and control systems; structural design and dynamics; aeroelasticity and aeroacoustics; military and civilian aircraft; UAV, STOL, V/STOL operations; subsonic, supersonic, transonic, hypersonic flight regimes; artificial intelligence in flight simulation; digital twin applications in aerospace testing.
• Propulsion and Combustion: hybrid rocket motors; air vehicle engineering; space vehicles and satellite systems; environmental impacts of propulsion; air defense technologies; aerial recognition and defense systems; aerospace contributions to C4ISR; aerospace science in network-centric warfare; aerospace electronic warfare; air transport systems engineering; air traffic management innovations; earth observation techniques; aerospace communications and instrumentation; green propulsion technologies; AI-driven predictive combustion modeling.
• Unmanned Air Vehicles (UAVs): surveillance technologies; UAV design and engineering; airplanes and satellite ground stations; global positioning systems (GPS); image recognition; robotic sensing systems; payload optimization; aircraft landing guidance; mobile robots; remotely operated vehicles (ROVs); video surveillance systems; quad-rotor UAVs; heterogeneous system integration; human-robot control interfaces; autonomous UAVs; AI-based navigation and path planning.
• Avionics and Systems: materials and structures for avionics; flight mechanics and dynamics; navigation, guidance, and control systems; acoustics and optics integration; electromagnetism and radar applications; signal and image processing; information processing systems; data fusion techniques; complex systems engineering; wireless sensor networks; communication system security; reliability engineering; base station networking; autonomous path planning; AI-driven avionics diagnostics.
• Electrotechnology and Mathematics: UAV networking architectures; quad-rotor, fixed-wing, and dragon flyer UAV designs; connectivity and autonomy in aerospace systems; emergence in unmanned systems; wireless communication architectures; terrestrial and high-altitude communication platforms; on-demand wireless systems for UAVs; low-altitude UAV communication optimization; short-range line-of-sight communication links; energy-constrained UAV operations; mobile UAV networking solutions; cyber-physical systems in aerospace; machine learning in aerospace mathematics.
• Emerging Interdisciplinary Applications: integration of aerospace technologies with biotechnology, environmental sciences, and healthcare systems; energy-efficient aerospace systems for climate action; autonomous systems for smart agriculture and disaster response; aerospace applications in urban air mobility and smart cities.
• Artificial Intelligence and Aerospace Systems: AI and deep learning for predictive maintenance; intelligent flight management systems; fault detection and health monitoring; reinforcement learning for autonomous UAVs and spacecraft; big data analytics in aerospace engineering.
• Sustainability and Green Aerospace Technologies: sustainable materials for aerospace structures; eco-friendly propulsion systems; carbon-neutral aerospace innovations; green satellite and UAV design; renewable energy integration into aerospace systems.
• Cybersecurity and Aerospace Communication Systems: security protocols for UAV and aircraft communication networks; cybersecurity in satellite systems; resilient aerospace network architectures; secure data transmission for unmanned and manned missions.
• Advanced Materials and Quantum Aerospace Technologies: nano-materials and smart composites; quantum sensors for navigation and imaging; quantum communication systems in aerospace applications; advanced propulsion through quantum-based systems.

Keywords

• Aeroacoustics
• Aircraft Structures
• Computational Fluid Dynamics
• Aeroelasticity
• Flight Dynamics and Control
• Unmanned Aerial Vehicles (UAVs)
• Propulsion Systems
• Avionics and Systems
• Aerospace Communication
• Renewable Aerospace Technologies
• Artificial Intelligence in Aerospace
• Aerospace Cybersecurity
• Fluid-Structure Interaction
• Space Vehicles and Satellites
• Advanced Materials in Aerospace