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

Chair:      Liang Wang, Tsinghua University, China

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.

Keywords:

Low-altitude Aircraft, Multiscale Experiments, Integrated Optimization Design, Aerodynamic Performance, Reliability Assessment

Topics:

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

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

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

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