Global aviation technology is undergoing deep transformation with digitization, intelligence, and greenization as its core. As a concentrated embodiment of national scientific and technological innovation and high-end manufacturing, the testing and verification capabilities of aviation engines are a key indicator of measuring the core competitiveness of the aviation industry. During the 14th Five Year Plan period, China's aviation equipment industry system continued to improve, with steady progress in the development of key models and continuous strengthening of the engine testing and verification system, laying a solid foundation for independent and controllable high-end equipment. Facing the "15th Five Year Plan", the country will promote the digital transformation of high-end equipment, shift the experimental system from "decentralized and experiential" to "intelligent, systematic, and data-driven", and build a new type of digital intelligent experimental system to enhance verification capabilities, becoming the core elements of high-quality industrial development.

The 2026 Aerospace Equipment Digital Intelligence Test and Industry Development Conference will be held on March 26-27, 2026 in Mianyang, China! This conference explores how to use digital and intelligent means to comprehensively improve the safety performance, reliability, and research and development efficiency of aviation engines, accelerate the deep transformation and upgrading of the aviation equipment testing field towards digitization, and build a more complete aviation equipment digital intelligence testing industry ecosystem. This forum will specially invite more than 800 outstanding representatives from industry associations, government units, leading aircraft manufacturers, advanced solution suppliers, aviation equipment research institutes and other units to participate.

　　Conference theme

　　Zhiqi Aviation's New Frontier

time

March 26-27, 2026

location

Mianyang, China

Guest composition

1+5 Special Forum

70+guest speakers

85+aviation equipment research institutes and senior universities

100+Excellent Solution Providers Showcase

800+attendees

　　1+5 Special Forum

The 2026 Aviation Equipment Intelligent Testing and Industry Development Conference focuses on the development of intelligent testing and advanced intelligent testing technology for aviation engine testing. It forms a structure of "one main forum+five special forums" around the trend of intelligent development of aviation engine testing and advanced aviation power environment adaptability testing technology, high-precision testing technology, turbine, strength, and combustion intelligent testing technology. At the same time, advanced aviation equipment testing technology achievements will be displayed and industry docking and exchange will be held to comprehensively present the latest trends and industrial patterns of the domestic aviation engine testing industry.

Combustion Intelligence Test Exchange Conference

Technical Requirements and Research for Combustion Chamber Testing of Civil Aviation Engines

● Wide operating condition adaptation combustion chamber test technology and performance evaluation method

Research on Key Technologies for Hydrogen Fuel Aircraft Engine Testing

The combustion characteristics and testing technology challenges of various alternative fuels under the background of green aviation

Research on High Temperature and High Pressure Combustion Characteristics and Progress in Experimental Diagnosis Technology

Prediction of Combustion Instability in Aircraft Engines and Application of Active Suppression Technology

Application of Digital Twins in Modeling and Testing of Combustion Processes in Aircraft Engines

● Simulation and data-driven prediction model for complex turbulent combustion

Real time monitoring and control of combustion systems based on AI

● Advanced combustion test bench capability improvement and automation upgrade

Application of advanced optical testing methods such as high-speed imaging and laser diagnosis

Numerical Intelligence Strength Test Exchange Meeting

Intelligent Transformation and Technical Practice of Structural Strength Testing for Aircraft Engines

Construction of integrated strength testing system for aircraft engine structure, heat and vibration

Exploration of Lightweight Design for Aircraft Engine Structural Strength

Construction and Research of Mechanical Performance Testing Standard System for Key Structural Materials of Aircraft Engines

Defect identification and damage mechanism analysis of high-temperature materials

Analysis of Surge Test and Vibration Fault Diagnosis for Aircraft Engines

● Structural health and fatigue life assessment of aircraft engines based on multi-source data fusion

Research on Impact Dynamics Testing Technology for Aircraft Engines

Advanced Aerospace Power Environment Adaptability Test Technology Exchange Conference

Analysis and Practice of High altitude Simulation Testing and Digital Transformation of Aircraft Engines

Research on Modeling and Simulation Technology for Aircraft Engine Test Process

Research on the Application of Digital Twin Technology in Typical Test Scenarios of Aircraft Engines

Research and Application of Key Technologies for Intelligent Testing of Aircraft Engines

Construction of a whole machine level virtual testing platform and research on numerical simulation technology

Research on Key Technologies for Inclusive Testing and Protection of Aircraft Engines

Simulation and Inclusiveness Test of Extreme Service Environment for Aircraft Engines

Research on Adaptive Enhancement Design and Damage Mechanism of Aircraft Engines

Construction of collaborative verification system for ground and flight tests

Research on Intelligent Testing Technology for Small and Medium sized Aircraft Power Systems

Data mining, organization, and analysis of aircraft engine testing

Research on environmentally friendly testing techniques

High precision intelligent testing technology exchange meeting

Development and Future Trends of Aircraft Engine Testing Technology

Research and Development of Scientific Instrument Technology for Aircraft Engines

Application of high-precision and high-frequency response sensors in complex working condition tests

High precision testing and calibration technology for overall performance parameters of aircraft engines

Precision testing and analysis technology for complex flow fields in aircraft engines

Application and Development of Non destructive Testing Technology and Structural Health Monitoring Technology for Aircraft Engines

Intelligent damage detection and health management of aircraft engines based on dynamic models and deep algorithms

Research and Development of Optical Testing Technology for Aircraft Engines

Research on Mechanical Performance Testing and Characterization Behavior of Aircraft Engine Structural Materials

AI based aircraft engine condition monitoring and intelligent control

Intelligent Testing Exchange Meeting for Turbomachinery

Reflection and Practice on the Integration and Development of Digital Twin and Compressor Testing Technology

Simulation design and experimental research on compressor of large bypass ratio turbofan engine

Exploration and Application of Intelligent Auxiliary Testing Technology for Aircraft Engine Compressors

Intelligent Testing and Maintenance Technology for Aircraft Engine Components Based on Large Models

Research and Reflection on Real Environment Simulation Testing Technology for Aircraft Engine Compression Components

Research on digital testing and numerical methods for fluid solid thermal coupling of aircraft engine turbine components

Experimental Study on Numerical Integration of Aircraft Engine Blades

Test and Failure Analysis of Thermal Protection and Cooling Structures for Turbine Blades

Engineering application of online measurement and non-contact detection technology for key components of aircraft engines

Intelligent diagnosis system for turbine machinery

● Generative design model for turbomachinery based on reinforcement learning

Core exhibitor categories

Key hardware and various infrastructure (mainly providing equipment, materials, and basic system support required for experiments)

Sensors and testing instruments: high-precision sensors for pressure, temperature, flow rate, vibration, speed, thrust, etc

● Data acquisition and control system

● Fuel and gas supply system

● Dynamometer and loading system: Simulate flight load conditions (hydraulic dynamometer, electromagnetic dynamometer)

High temperature and high pressure materials and structural components: insulation materials, composite materials, high temperature resistant metals, sealing systems (test bench sealing)

● Signal cables and anti-interference components

Integration of experimental system and software

● Test types: performance, structure, thermal, control system, vibration and noise, durability and reliability tests

Core software and hardware systems: data acquisition and control system, real-time control and simulation platform, signal conditioning system, test automation software, virtual simulation and digital twin system, data management and analysis software, security and redundancy system

Testing Services and Application Layer

● Test bench

Wind tunnel testing

Data Application and Health Management

Empowering Aviation with Digital Intelligence, Jointly Embarking on a New Journey! The 2026 Aviation Equipment Digital Intelligence Test and Industry Development Conference will be held in Mianyang, Sichuan on March 26-27, 2026. This industry event focuses on the digital transformation of aviation equipment and invites global aviation experts, scholars, enterprise elites, and industry colleagues to explore the forefront of technology together.