2026 International Conference on Power Engineering, Machinery and Intelligent Ships (EMIS 2026)

Power Engineering Thermodynamics Fundamentals, Internal Combustion Engine Technology, Gas Turbine Design, Steam Power System, New Energy Development, Fuel Cell Application, Energy Conversion Efficiency, Distributed Energy System, Energy-saving Technical Measures, Power System Optimization, Renewable Energy Utilization, Energy Storage Technology Progress, Carbon Capture and Sequestration, Power Equipment Maintenance, Combined Heat and Power System, Energy Management System, Power System Simulation, Environmental Impact Assessment, Efficient Combustion Technology, Power Engineering Education Mechanical Mechanical design principles, innovation in manufacturing processes, automated production lines, application of robot technology, precision processing techniques, material mechanics analysis, fluid dynamics research, mechanical fault diagnosis, intelligent manufacturing systems, application of Industry 4.0, green manufacturing technologies, integration of intelligent sensors, optimization of mechanical structures, reliability engineering methods, additive manufacturing (3D printing), mechanical system integration, intelligent control systems, mechanical vibration analysis, mechanical transmission design, mechanical testing techniques Intelligent ships Autonomous navigation technology, intelligent hull design, ship propulsion system, ship automation control, ship network security, unmanned ship operation, intelligent navigation system, ship communication technology, intelligent cargo management, ship energy consumption optimization, ship condition monitoring, intelligent maintenance and repair, remote monitoring system, ship big data analysis, intelligent shipping logistics, ship safety protection, ship environmental protection, intelligent ship regulations, virtual reality training, ship AI application