Metal working, Joining of materials, Solidification and casting, Mechanical alloying, advanced consolidation techniques, Surface hardening, Vacuum based techniques, Laser processing, Powder processing, Sono-electroplating, Micro- and nano-machining, Vacuum based techniques, Laser processing, Powder processing, Sono-electroplating, Micro- and nano-machining, Thermodynamics and Kinetics of Materials
XRD, Electron Microscopy, Spectroscopy techniques, LEED, EXAFS, XPS, SIMS, SPM, EPMA, HAAD, STEM-EELS
Mineral Beneficiation, Advancement in iron and steel making process, newer non-ferrous metal extraction techniques
Metal, ceramic and polymer matrix composites, Hybrid composites, graphene and carbon nano-tube composites, New design and manufacturing technologies, Composites in submarine environment, Applications in chemical industries, field applications and case studies etc
Surface engineering, thin films and coatings
Corrosion resistant coatings, high temperature application coatings, hard coatings, vapor deposited thin films and coatings, electroplated coatings, Tribology and Mechanical Behavior of Coatings and Engineered Surfaces, Advanced Characterization Techniques for Coatings and Thin Films etc
Materials for Energy applications
Clean Coal Technology, Carbon Capture and Storage, Si solar cell manufacturing, PV manufacturing, Chalcopyrite based solar PV, Materials and technology for flexible solar cells, fuel cells, thermoelectrics and energy storage technologies etc.
Materials for nuclear, aviation and defense applications
Bullet proof and Blast proof light weight material, high frequency/high temperature semiconductor devices, high frequency/high temperature semiconductor devices, Explosive Detection, Chemical screening, Super-hard materials, Micro Fuel Cell in MEMS used in Missile systems
Design of advanced materials
Graphene, High entropy alloys, high temperature materials, Smart materials, super-alloys. Shape memory alloys, bio-materials, Low temperature or Cryogenic Materials.
Materials modeling and simulation
Finite Element Modeling of Materials, Microstructure Modeling of metals and alloys, Numerical Modeling of Metallurgical Processes, Molecular Dynamics Simulation, Ab-initio Modeling of Materials, deformation behavior and fracture, Nano-scale manufacturing processes
Corrosion and degradation
Corrosion engineering, Corrosion engineering and applications, Different forms of corrosion, Catastrophic corrosion damage, High-temperature corrosion, Modeling, life prediction and computer applications, Corrosion maintenance, Materials selection for corrosion prevention, Chemical compositions of engineering alloys, Corrosion economics.
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**Registration Fee includes Conference Kit, Abstract Volume, Breakfast, Working Lunch, Gala Dinner and Sightseeing
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Authors are required to strictly adhere to ICPCM Full Paper Template provided below
ICPCM Full Paper Template
All the accepted papers will be published in the below mentioned SCI and scopus indexed journals. The papers will go under a stringent review process through the respective journal’s online submission portal. Hence the organizers of the conference shall not be responsible for any rejection due to lack of quality as per the standard of journals.