(Including but not limited to the following topics)
Track 1: Mechanical Engineering
Mechanical systems and components
Mechanical structures and stress analysis Vehicle Engineering
Aerospace technology and astronautics
Mechanical intelligent control and robotics
Mechatronics
Power systems and control
Industrial manufacturing, materials engineering
Frictional mechanics and surface technology
Mechanical noise and control
Deformation and fracture of materials
Precision processing technology
Advanced numerical control technology and equipment
Control system modeling and simulation technology
Track 2: Sensing technology
New sensitive materials (piezoelectric, magnetostrictive, optical fiber, MEMS) sensing
Micro-nano sensors, wireless passive sensing and self-powered sensing
Design of vibration/temperature/strain/force/flow/sound emission sensors
Intelligent sensor integration, multi-sensor fusion and edge intelligent nodes
Special sensing technologies for extreme environments (high temperature, high pressure, corrosion)
Wearable sensors, industrial human-machine collaboration safety perception
Design of sensor interfaces, signal conditioning and low-noise analog-to-digital conversion
Sensor calibration, calibration and uncertainty analysis
Track 3: Intelligent detection
Online detection of component dimensions and defects based on machine vision
Ultrasonic phased array, eddy current, magnetic flux leakage, radiographic (DR/CT) non-destructive testing
Acoustic emission detection, infrared thermal imaging, oil analysis and wear monitoring
Vibration fault diagnosis, rotor dynamic balance and shaft alignment
Soft measurement of industrial process parameters, quality prediction and anomaly identification
Application of deep learning in fault mode recognition, life prediction
Voice recognition, intelligent diagnosis of motor/gear/bearing abnormal sounds
Mobile detection robots, wall-climbing robots for non-destructive testing ......