The 3rd China Aerodynamics Conference was successfully held in Shenyang, Liaoning Province on July 2, 2026. As the national academic event with the highest specifications and widest coverage in China’s aerodynamics sector, the conference is held once every four years. Its previous sessions have won high recognition and widespread praise from the aerospace, fluid engineering and high-end equipment industries for professional academic discussions and cutting-edge achievement exhibitions.
Hosted by the Chinese Society of Aerodynamics and undertaken by AVIC Aerodynamics Research Institute, this conference is co-organized by Shenyang Aerospace University, the State Key Laboratory of Fundamental Aircraft Layout, and the Aircraft Wind Tunnel Test Discipline & Technology Center. It brings together academicians, experts, representatives from research institutes and engineering enterprises nationwide in the aerodynamics field, building an integrated professional platform for academic exchange, technology commercialization and industrial matching.
Centered on the core theme "Integration of Digital and Intelligent Technologies, Insight into the Future", the conference conducts in-depth academic discussions focusing on the exploration of fluid flow essence, discipline iteration of aerodynamics, and integration of digital and intelligent technologies. It accurately predicts industrial development trends and fully showcases the latest innovative achievements of aerodynamics in numerical simulation, wind tunnel testing, intelligent fluid research and aircraft development.
The conference has undergone an all-round scale upgrade, featuring one main venue and more than 20 specialized sub-venues. It covers a full range of topics including low transonic aerodynamics, hypersonic aerodynamic research, CFD numerical simulation, aeroelasticity, wind tunnel measurement and control, intelligent fluid mechanics, low-altitude flight aerodynamic safety and aeroacoustics. It spans diverse application scenarios such as aerospace vehicles, UAVs, rail transit, wind energy engineering and national defense equipment, breaking the industrial barriers between basic research and engineering application.
In aerodynamics research and engineering implementation, high-precision mechanical testing, pressure monitoring and dynamic data acquisition serve as the core foundation for wind tunnel tests, aircraft structural testing and flow field data analysis. The precision, stability and dynamic response performance of precision sensing equipment directly determine the accuracy of aerodynamic test data and R&D efficiency.
Shanghai TM Sensors has years of profound experience in high-end precision sensing and testing. Focusing on aerospace and aerodynamic engineering testing scenarios, it has launched a full series of solutions tailored for wind tunnel tests, aircraft structural mechanical inspection, aerodynamic load testing and dynamic pressure acquisition:
Pressure Sensors: Suitable for high/low pressure flow field monitoring in wind tunnels and surface pressure collection of aerodynamic models; featuring wide temperature range, high precision and strong anti-interference capability for complex aerodynamic test environments;
Multi-dimensional Force / Torque Sensors: Applied to aircraft structural load testing, wing aerodynamic force calibration and dynamic rotor torque detection;
Dynamic Displacement / Strain Sensing System: Monitors deformation and vibration displacement of aerodynamic structures to support aeroelasticity research;
High-speed Data Acquisition System: Meets the high-frequency dynamic testing demands of aerodynamics, realizing synchronous collection and analysis of flow field data and mechanical signals.
Backed by military-grade quality control systems and customized sensor R&D capabilities, Tianmu’s automated sensing and testing equipment has been widely deployed in wind tunnel tests, mechanical calibration of aerospace components, UAV aerodynamic optimization and fluid detection for high-end equipment, providing reliable core testing hardware support for basic aerodynamics research and engineering application.
The 3rd China Aerodynamics Conference will further deepen the integration of "digital + intelligent" technologies with aerodynamics and accelerate the transformation of cutting-edge scientific research achievements into industrial applications. Moving forward, Tianmu Automation will keep advancing high-end precision sensing technologies, cooperate with industrial research institutions, empower the development of aerodynamics disciplines and the upgrading of aerospace equipment with high-precision testing solutions, and facilitate the high-quality development of China’s high-end fluid engineering and intelligent equipment industries.