SCOPE | OBJECTIVE | THEME
SCOPE | OBJECTIVE | THEME
CONFERENCE SCOPE
The material research encompasses the fundamental studies of materials structure - property relationships for the current and future importance in engineering applications. The development of materials in industrial applications will be improved by the formation of academic programs and research institutes around the globe. The emphasis on the processing of new economical smart materials facilitates its applications to the next generation of engineers.
CONFERENCE OBJECTIVE
The aim of SMART ’23 is to bring together leading Academic scientists, Researchers and Research scholars to exchange and share their experiences and research results on all aspects of Sustainable Materials, Structures and Renewable Systems.
CHOOSE YOUR THEME THAT FITS YOU BEST
Composite Materials
Materials for Automotive
Smart and Device Materials
Nano-Materials
High temp. & Cryogenic Materials
Dynamic Behavior of Materials
Characterization & Testing
Porous Materials
Bio-Materials
Solid State Ion Batteries
Supply Chain Management
Mechatronics
Functional Materials
Tribology
Flexible/ Lean Manufacturing
Subtractive Manufacturing
Industrial Engineering
CAD/CAM/CAE/CIM
Metal Forming Processes
Foundry & Welding Technology
Metal Cutting Processes
Micro Machining Technology
Surface Engineering
Sustainable Manufacturing Tech
Robotics and Automation
Machine Vision
MEMS and Nano-Technology
Simulation and Optimization
Electronic Manufacturing
System Dynamics and Vibration
Fatigue and Fracture Mechanics
Renewable Energy
Sustainable Energy
Control and Automation
Nanocatalysis
Functionally graded materials
Nanocrystalline substance
magnetism and magnetic materials
Inorganic non-metallic materials
Composite materials, Fluids and liquid crystals
Ceramics, Carbon, Glass, Metals, Nanomaterials, Polymers
Microelectronic materials and Materials Processing Technology
Environmental coordination materials, Optical materials
Precursor routes to materials, Self-assembled materials
Semiconductors, Super-conductors, Thin films,Biomaterials
Functionally graded materials, Magnetic materials
Advanced characterization methods and techniques
Material recycling and recovery from complex products
Material substitution for composite and impact on production and/or use
Lifecycle analyses of sustainable technologies
Renewable energy sources for the long term
Advanced manufacturing processes for reducing energy, water, and materials footprint
Materials for efficient sustainable energy and environment devices
Theory and Simulation of Advanced Materials for Sustainable Applications
Sustainable biomaterials
Life-cycle and techno-economics analysis of sustainable technologies
Advanced metallic materials
Cognitive, Cellular and Mobile Networks
Communication Networks Architectures
Algorithms, Measurement and Performance
Evaluation Internet of Things (loT)
Wireless LAN, Ad Hoc, and Mesh Networks Data
Centres and Big Data Computing Software Defined
Networks and Network Virtualization Technologies
Cloud Communications and Networking Quantum
Networking Advances in RFID Technology
Speech and Data Processing
Video and Image Processing
Graph Signal Processing and Applications
Multimedia Signal Processing
Array Signal Processing
Artificial Intelligence for Mobile Apps
Search heuristics
Machine Learning
Planning and scheduling tasks
Agricultural Technologies for Sustainability
Artificial Intelligence, Machine Learning, and Data Science
Automobiles and Intelligent E-Mobility