Thrust Efficiency

Thrust efficiency, the ratio of useful thrust to power consumed, is a critical performance metric across various propulsion systems, driving research in diverse areas like underwater vehicles, aerial robots, and micro air vehicles. Current research focuses on optimizing thrust generation through improved designs (e.g., multi-stage ducted thrusters, bio-inspired flapping fins) and advanced control algorithms (e.g., neural networks for gait optimization, model predictive control for trajectory tracking). These advancements aim to enhance the range, endurance, and maneuverability of these systems, impacting fields ranging from underwater exploration to aerial surveillance and transportation. Improved understanding of aerodynamic and fluid dynamic interactions is also crucial for maximizing efficiency.