The conceptual design of unmanned aerial vehicles (UAVs) presents significant
multidisciplinary challenges requiring the optimization of aerodynamic and structural …

In this paper, a deep learning framework is proposed for predicting aerodynamic pressure
distributions in general three-dimensional configurations. Based on the PointNet++ …

Many aerodynamic shape optimization methods often focus on utilizing the end-to-end
relationship between design variables and aerodynamic performance to find the optimal …

Reducing the design variable space is crucial in multi-objective airfoil profile optimization to
improve optimization efficiency and reduce computational costs. Based on random forest …

One of the complex challenges in ventilated cavitating flow studies is analyzing hysteresis
behavior and the formation air entrainment coefficient (⁠ C qf⁠) under different conditions …

With the rapid development of artificial intelligence technology, data-driven advanced
models have provided new ideas and means for airfoil aerodynamic optimization. As the …

The Venturi reactor, widely used in process intensification through hydrodynamic cavitation
technology, has proven highly effective in various chemical and environmental applications …

The aero-train is an innovative, high-efficiency, and low-consumption vehicle that uses the
wing-in-ground effect. It utilizes orbital high voltage to obtain a high lift-to-drag ratio while …

Jet mixing is a critical factor in various engineering applications, influencing pollutant
dispersion, chemical processes, medical treatments, and combustion enhancement …

The practical design optimization of blade structures is crucial for enhancing the power
capture capability of tidal turbines. However, the significant computational costs required for …