Special Session Ⅵ

Low-Altitude Vehicle Aerodynamic Design and Noise Assessment

(低空运载器气动设计与噪声评估)


Chair: 

Co-chair: 

Xiaoquan Yang

Yu Liu

Shanghai University, China

Southern University of Science and Technology, China

   

Keywords:Topics:

  • Low-Altitude Vehicle

    (低空运载器)

  • Aerodynamic Design

    (气动设计)

  • Aerodynamic Optimization

    (气动优化)

  • Aerodynamic Noise

    (气动噪声)

  • Low-Altitude Vehicle Configuration Design

    (低空运载器布局设计)

  • Low-Altitude Vehicle Aerodynamic Design and Optimization

    (低空运载器气动设计与优化)

  • Low-Altitude Vehicle Noise Mechanisms and Control

    (低空运载器噪声机理与控制)

  • Intelligent Prediction Methods for Aerodynamics and Noise of Low-Altitude Vehicles

    (低空运载器气动与噪声智能预测方法)


Summary:

This session is dedicated to low-altitude vehicles, with a focus on aerodynamic configuration design, advanced methods for aerodynamic design and optimization, and approaches for characterizing aerodynamic performance. It further explores noise-related challenges, including prediction methodologies, underlying generation mechanisms, and innovative control strategies. In addition, the session will cover experimental validation through flight testing and wind tunnel experiments, aiming to bridge theoretical advancements with practical applications.


本专题聚焦低空运载器的气动布局设计、气动设计与优化、气动特性设计方法，低空运载器的噪声预测方法、产生机理、控制技术，以及试飞与风洞试验等多个方面。