Topics: The conference is soliciting state-of-the-art research papers in the following areas of interest, but not limited:
Materials Science and Engineering Application of smart materials Biomedical manufacturing Casting and solidification Coatings and surface engineering Composite materials Computer-aided design, manufacturing, and engineering Destructive and non-destructive testing Environmentally sustainable manufacturing processes and systems Fundamentals of smart materials Joining processes Laser based manufacturing Machining Manufacturing process planning and scheduling Materials Applications Materials behavior Materials characterization, modeling and performance Materials forming Materials processing and product manufacturing Materials recycling and other related topics Materials-Environment interactions and protection Mechanical and Electronic Engineering Control Mesoscale and micro manufacturing equipment and processes Metrology and measurement Modeling, analysis, and simulation of manufacturing processes Modeling, formulation and characterization of smart actuators Nanofabrication, nanometrology and applications Nanomaterials and nanomanufacturing New materials for structural and functional applications Nontraditional manufacturing Powder metallurgy and ceramic forming Precision molding processes Rapid manufacturing technologies Semiconductor materials manufacturing Smart material systems that utilize biomimetics and bioinspiration Smart materials utilized as sensors and actuators with applications Smart optical materials for modification in spectral shifts and refractive index shift Surface, subsurface, and interface phenomena Actuators and controllers Applied to automation and robotic systems that utilize smart material systems | Electro and magnetocaloric materials Electro and magnetorheological materials Metrology and measurement structures and related technology Modeling, analysis, and simulation of manufacturing processes Thermoelectrics Modeling, formulation and characterization of smart actuators Trends and development in composite materials Nanofabrication, nanometrology and applications Nanomaterials and nanomanufacturing Advanced Manufacturing Technology New materials for structural and functional applications Additive manufacturing Nontraditional manufacturing Application of evolutionary computing techniques in manufacturing operations Powder metallurgy and ceramic forming Computer-integrated manufacturing systems Precision molding processes Laser technology and applications Rapid manufacturing technologies Machine tools technology Semiconductor materials manufacturing Machining and forming technology Smart material systems that utilize biomimetics and bioinspiration Manufacturing planning, optimization and simulation Smart materials utilized as sensors and actuators with applications Materials joining Smart optical materials for modification in spectral shifts and refractive index shift Micro and nano-fabrication Surface, subsurface, and interface phenomena Non-traditional material removal processes Actuators and controllers Precision engineering, inspection, measurement and metrology Applied to automation and robotic systems that utilize smart material systems Robotics, mechatronics and manufacturing automation Electro and magnetocaloric materials Smart Manufacturing Electro and magnetorheological materials Sustainable and green manufacturing |