Scopes

Energy saving technology Energy storage technology Thermal Energy and Power Engineering Renewable energy technologies and systems Energy security and clean utilization wind power generation Thermal Engineering and Thermodynamics Solar energy-related technologies and applications Development of clean energy Thermal Engineering and Thermodynamics Nuclear power technology Thermal energy engineering and wind energy engineering Hydrogen energy resources Hydropower Geothermal and tidal energy Hybrid energy system Thermal energy engineering and wind energy engineering Energy security and energy system Energy conversion and energy efficiency Energy analysis and energy transfer New energy vehicles Oil and gas resource engineering Hybrid energy system nanomaterials New energy materials Electronic and magnetic materials Photovoltaic materials silicon Electrical materials Automated robot system Cloud manufacturing and IoT integration Precision manufacturing technology Optimization of intelligent production line Real-time data analysis and process control High-speed machining technology Laser processing and 3D printing technology Micro-machining and nanomanufacturing Intelligent monitoring and predictive maintenance of equipment The application of digital twin technology in manufacturing Nonlinear control and optimization Model Predictive Control (MPC) Robust control to enhance the system's disturbance resistance Adaptive control system Networked Control Systems (NCS) and Controller Design Development and application of nanocomposites High-temperature superconducting materials Biobased and degradable composite materials Self-healing material technology Design and application of functionally gradient materials (FGM) automatic detection Principles of Automatic Control Principles and Applications of Microcomputers Signals and Systems Intelligent measurement and control system process control Fault diagnosis and maintenance theory Electrical automation Intelligent automation Advanced control design and algorithms聽