Special Session Ⅱ

Advanced Experimental and Design Technologies for Low-Altitude Aircraft in Complex Environments

(低空飞行器复杂环境试验与设计技术)


Chair: 



Liang Wang


Tsinghua University, China



Keywords:

Topics:

  • Low-altitude Aircraft

    (低空飞行器)

  • Multiscale Experiments

    (复杂环境)

  • Integrated Optimization Design

    (集成优化设计)

  • Aerodynamic Performance

    (气动性能)

  • Reliability Assessment

    (可靠性评估)

  • Experimental Techniques and Data Analysis for Low-altitude Aircraft Under Complex Climatic, Terrain, and Interference Conditions

    (低空飞行器在复杂气候、地形和干扰条件下的试验技术与数据分析)

  • Development and Application of Multiscale Experimental Platforms and Advanced Measurement Technologies

    (多尺度试验平台与先进测量技术的研发与应用)

  • Integrated Optimization Design Methods to Enhance Aerodynamic Performance and Structural Reliability

    (集成优化设计方法在飞行器气动性能与结构可靠性提升中的应用)

  • Case Studies and Theoretical Research on Model Simulation, System Integration, and Experimental Validation

    (模型仿真、系统集成及试验验证的案例分析与理论研究)


Summary:
This session focuses on experimental techniques and design optimization for low-altitude aircraft operating in complex environments. It aims to achieve a comprehensive evaluation and enhancement of the aerodynamic performance, structural reliability, and control stability of these aircraft through multiscale experimental methods, advanced data acquisition and analysis, and integrated optimization design. The scope includes experimental validation in complex conditions, system modeling, and multidisciplinary cross-technology efforts, striving to address the key technical challenges posed by harsh weather, complex terrain, and interference. The goal is to provide theoretical support and practical engineering solutions for design innovation and the safe, efficient operation of low-altitude aircraft.


本专题聚焦于低空飞行器在复杂环境中的试验技术与设计优化，旨在通过多尺度试验方法、先进数据采集与分析以及集成优化设计，实现对低空飞行器气动性能、结构可靠性和操控稳定性的全面评估与提升。专题内容涵盖复杂环境下的实验验证、系统建模和多学科交叉技术，力图解决低空飞行器在恶劣气候、复杂地形及干扰条件下的关键技术挑战，为相关领域的设计创新和安全高效运行提供理论支持和工程解决方案。