Material sciences and smart structures have been developed based on the properties and it will respond based on the different surrounding environments. It involves different environmental conditions such as temperature, light and pressure. Hence, smart structures and material sciences work in a smart way to adopt the properties like mechanical, optical, electromagnetic and thermal properties. By using these properties can predict and control the environment in an effective manner
METALLURGY AND MATERIALS
Iron & Steel Classes and Standards Iron & Steel Manufacturing Methods and New Approaches Refractories in Iron & Steel Industry Fracture and Fatigue Behavior of Iron & Steel
MECHANICS AND BEHAVIOR OF SMART MATERIALSMagnetic properties of smart materials Mechanical properties of smart materials Thermal properties of smart materials Optical properties of smart materials Advanced characterization techniques
POWDER METALLURGYMaterial Science and Technology COATING&CORROSION; Novel Coating Materials Hard Coatings Tribology Processing and Characterization Nanostructured coatings
SMART STRUCTURESCeramics Structural Engineering Bridges, Towers, Dams,Tunnels Green Buildings Composite materials Fibers Rubber technologies Metals and alloys Polymers Smart Design and Construction
MATERIALS CHEMISTRYMaterial Science and Engineering Role of Smart Materials in Pharmacy Synthesis of New Drugs Plastics Fabrication and Uses Crystallography Energy Applications of Materials Biomedical Applications of Materials
NANOMATERIALS AND NANOTECHNOLOGYCarbon, graphite and graphene Nanotubes, nanorods and nanowires Nanofibers, nanofilms and nanocomposites Nanopowder and nanoparticles Microtechnology Smart nanodevices Nanotechnology applications
OPTICAL AND ELECTRONIC MATERIALSPhotonics materials and devices NEMS, MEMS and liquid metal devices Semiconductors and super conductors Optical instruments Computational optics and photonics Display technologies Lasers and optical fibers Sensors and actuators Smart electronic devices Advanced metals & alloys Biomaterials Biosensors Building materials Catalytic materials Ceramic mComputational materials science Corrosion Conducting polymers Environmental coordination materials Fluids and liquid crystals Fuel-cell materials Functionally graded materials Glass High Entropy Alloys Magnetic Materials Materials Physics and Chemistry Micro / Nano Materials Microelectronic materials New Energy Materials Optical Materials Photonics Polymer Materials Self-assembled materials Self-healing Materials Semiconductors Smart and Intelligent Materials Soft materials & Bio-materials Steel and Iron Super-conductors Surface Engineering/Coatings Sustainable Materials Thermal Aspects of Materials Thin filmsaterials
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