New SVD-Based Method Predicts Rocket Debris Footprints in Real Time
Researchers in South Korea have developed an analytical F&G SVD method that estimates launch vehicle debris dispersion areas with under ...
Researchers in South Korea have developed an analytical F&G SVD method that estimates launch vehicle debris dispersion areas with under ...
Researchers in China have developed a behavior-based control strategy that lets drone formations contract through tight spaces, follow obstacle walls, ...
A new multi-attribute decision-making framework assesses AI competency in aerospace engineering managers to ensure safety and compliance in deep-space missions.
Researchers have developed an enhanced convolutional autoencoder that compresses axial temperature fields in a gas-oxygen/gas-methane rocket igniter by up to ...
Researchers have created a hybrid onboard model for turboshaft engines that combines component-level physics simulations with sparse flight data calibration, ...
Researchers have developed a motorized, cavity-backed antenna that retunes across C- and X-band within a standard 1U CubeSat frame, eliminating ...
Researchers have developed a time-frequency gated transformer that reconstructs the full dynamic response of structures from sparse vibration sensor data, ...
A new numerical study shows that a coaxial tail rotor concept, inspired by a 1930s Soviet experimental helicopter, can improve ...
Researchers at Beihang University have developed a new memetic algorithm framework that reduces the computational cost of component-level satellite optimization ...
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© 2025 Scienmag - Science Magazine