Flow separation control on oscillating airfoils is crucial for enhancing the efficiency of turbine
blades. In this study, a genetic algorithm was employed to optimize the configuration of a …

To alleviate the computational burden associated with the computational fluid dynamics
(CFD) simulation stage and improve aerodynamic optimization efficiency, this work develops …

Unmanned aerial vehicles (UAV) on Mars operate in a thin atmosphere of carbon dioxide,
where the flow Reynolds number and local sound velocity are significantly reduced …

This work experimentally investigates flow separation control over a two-dimensional curved
ramp using a spanwise steady-blowing slit jet. The flow separation and reattachment are first …

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

Numerous industrial processes involve heat exchange, and the efficiency of energy usage
depends heavily on the effectiveness of this exchange. Thermal structure is a critical factor …

The stability of the water jet flow used in water-guided laser processing plays a crucial role
in determining the quality of the processing process. The present study aims to investigate …

Abstract The Co-flow Jet (CFJ) technology holds significant promise for enhancing
aerodynamic efficiency and furthering decarbonization in the evolving landscape of air …

This research aims to explore the effect of the co-flow jet (CFJ) airfoil injection jet velocity,
injection height, and injection mass flow rate on the aerodynamic coefficient through …

Coupled with Co-flow Jet (CFJ) technology, the Non-dominated Sorting Genetic Algorithm II
was utilized for the multi-objective combination optimization of an optimized Co-flow Jet …