Scopes & Topics

The subject areas include, but are not limited to the following fields:
Advanced Mechanics
Computational Mechanics
Vibration, Acoustics & Control
Mechatronics and Robotics
Machine Design & Innovation
Field Measurements & Experimental Mechanics
Energy and Smart Engineering
Advanced Energy Technologies
Renewable Energy
Energy Harvesting and Storage Technologies
Energy and Thermomechanical Processes
Energy Management and Energy Efficiency
Energy Conversion Engineering
Sustainable Energy Systems & Policies
Innovative Materials
Materials Modeling and Characterization
Polymers, Ceramics & Composite Materials
Tribology, Coatings and Surface Engineering
Metallurgy and Heat Treatment
Nanomaterials, FGM & Smart materials 
Materials for Advanced Energy & Sustainability
Biomaterials and Green Building Materials
Fluids & Structure
Fluid and Structure Interaction
Heat and Mass Transfer
Computational Fluid & Structure Dynamics
Thermal Energy Storage & Transfer
Industrial Ventilation & Air Conditioning
Technologies, Manufacturing, Product and Management
Manufacturing Process and Systems
Advances in Additive Manufacturing
Integrated Design & Advanced Metrology
Product Management
Quality & Reliability
Applied Physics
Physical characterization
Material Physics
Computational Physics
Mathematical Physics
Nanoscience and Nanotechnology
Artificial Intelligence
Machine Learning in Mechanical & Energy Applications
AI in Industrial Applications
AI Applications for Industry 4.0
Intelligent Systems for IoT, Communication & Security