Call for Abstract
Scientific Program
International Conference on Advanced Materials and Sustainable Development, will be organized around the theme “Advancements in Materials Science and Technologies : Breakthrough to Excellence”
Advanced Materials Canada 2020 is comprised of 20 tracks and 125 sessions designed to offer comprehensive sessions that address current issues in Advanced Materials Canada 2020.
Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.
Register now for the conference by choosing an appropriate package suitable to you.
- Track 1-1Computer Memories
- Track 1-2Electrical Materials
- Track 1-3Liquid Crystals
- Track 1-4Magnetic Ceramics
- Track 1-5Optical Glass
- Track 1-6Xerography
- Track 2-1Advanced Smart Materials Structures
- Track 2-2Integrated System Design and Implementation
- Track 2-3Mechanics and Behavior of Smart Materials
- Track 2-4Modeling, Simulation and Control of Smart Materials
- Track 2-5Shape-Memory Alloys and Phase Change Materials
- Track 2-6Smart Materials Structure Applications
- Track 2-7Structural Engineering and Ceramics
- Track 3-1Electroluminescent and Electrochromic Materials
- Track 3-2Lithium ion batteries
- Track 3-3Nano-Electronic Devices
- Track 3-4Photovoltaic Cells
- Track 3-5Semiconductor alloy system
- Track 3-6Supercapacitors and batteries
- Track 4-1Manufacture of Recycled Materials
- Track 4-2Properties of Recycling materials
- Track 4-3Recyclable glass,paper,plastics
- Track 4-4Recycled electronics and batteries
- Track 4-5Reuse of Biodegradable waste
- Track 5-1Advanced polymer applications
- Track 5-2Polymer Coatings for Fabrics
- Track 5-3Antifouling polymers
- Track 5-4Conducting polymers
- Track 5-5Self-Healing Polymers
- Track 5-6Polymeric Dental Materials
- Track 5-7Polymer electronics and photonics
- Track 5-8Polymer-based Smart Materials
- Track 6-1Alloying and Casting
- Track 6-2Metal working, testing and Metallography
- Track 6-3Metals and Metallurgy
- Track 6-4Mineral Processing
- Track 6-5Non-Metals&Non-Ferrous Metals
- Track 6-6Structures and Properties of metals
- Track 7-1Information Materials
- Track 7-2Materials for Energy Infrastructure
- Track 7-3Materials Syntheses
- Track 7-4Methodology Development
- Track 7-5Microwave Materials
- Track 8-1Anaerobic Digestion‎
- Track 8-2Global Warming and Bioremediation
- Track 8-3Green Buildings, Green Architecture and Green Engineering
- Track 8-4Green Nanotechnology
- Track 8-5Organic Gardening‎
- Track 8-6Phytoremediation Plants‎
- Track 8-7Sustainable Engineering and Energy Technology
- Track 9-13D graphene
- Track 9-23D-Printed Materials and Systems
- Track 9-3Allotropes of Carbon
- Track 9-4Carbon Nanotubes
- Track 9-5Fullerenes
- Track 9-6Graphene applications as optical lenses
- Track 9-7Molecular & Microscopic Structures
- Track 9-8Multi-material printing
- Track 10-1Advanced Ceramic Materials
- Track 10-2Advanced Non-Oxide Ceramics, Optical Ceramics
- Track 10-3Cellular ceramics
- Track 10-4Ceramic Matrix Composites
- Track 10-5Metal Matrix Composites
- Track 10-6Polymer Matrix Composites
- Track 11-1Advanced Aerospace Materials
- Track 11-2Advanced manufacturing
- Track 11-3Advanced spintronic material
- Track 11-4Advanced Structural Materials
- Track 11-5Materials for Advanced Packaging
- Track 11-6Mechanics of Advanced Materials
- Track 11-7Smart and Structural Health Monitoring
- Track 12-1High Energy Density Materials
- Track 12-2Hydrogen Energy
- Track 12-3Modern Piezoelectric Energy-Harvesting Materials
- Track 12-4Neutron Applications in Materials for Energy
- Track 12-5Renewable and sustainable energy
- Track 12-6Solar energy materials
- Track 12-7Thermal Energy Storage Using Phase Change Materials
- Track 13-1Aerogel Technology
- Track 13-2Conductive polymers
- Track 13-3correlated electron systems
- Track 13-4Emerging Materials Syntheses
- Track 13-5Novel superconductors
- Track 13-6Quantum dots
- Track 14-1Dielectric materials and electronic devices
- Track 14-2Electromagnetic waves
- Track 14-3Ferroelectricity,Ferroelasticity&Ferromagnetism
- Track 14-4Imaging, microscopy, adaptive optics
- Track 14-5Nonlinear Super-Resolution Nano-Optics and Applications
- Track 14-6Optical nanomaterials for photonics/biophotonics
- Track 14-7Optical Properties of Advanced Materials
- Track 14-8Superparamagnetism
- Track 15-1Crystallographic Texture of Materials
- Track 15-2X-ray crystallography
- Track 15-3Quasi crystals & Liquid Crystal
- Track 15-4Nano-Crystalline Materials
- Track 16-1Advanced Designing and Construction
- Track 16-2Advanced Technology of Structural Engineering
- Track 16-3Cement Replacement Materials
- Track 16-4High Tensile Steel
- Track 16-5Smart Bricks and Fluids
- Track 16-6Super Elasticity Materials
- Track 16-7Sustainable Construction Materials
- Track 17-1Biological interactions with nanomaterials
- Track 17-2Biophysics and Biominerals
- Track 17-3Drug and DNA targeting delivery
- Track 17-4Multiscale Materials Modelling
- Track 17-5Silicon Nano-biotechnology
- Track 17-6Surface properties of biomaterials
- Track 17-7Tissue engineering and regenerative medicine
- Track 18-1Applied Nano-Electromagnetics
- Track 18-2Biosensors, Opticsensors
- Track 18-3Nanofibers, Nanofilms and Nanocomposites
- Track 18-4Nanoparticles
- Track 18-5Nanotubes, Nanorods, Nanowires and Smart Nanodevices
- Track 18-6Natural Nanomaterials
- Track 19-1Advanced materials in Production and Processing Techniques
- Track 19-2Lasers in Manufacturing and Materials Processing
- Track 19-3MATERIALS SYNTHESIS AND PROCESSING
- Track 19-4Thin films and coatings
- Track 20-1Advanced Materials for Drug Delivery Systems and Nano Drugs
- Track 20-2Clinically Designed Smart Materials
- Track 20-3Pediatric Cardiovascular Devices / Stents and Valves
- Track 20-4Programmable Matter
- Track 20-5Scaffolds in Tissue Engineering bone, Cartilage and Urology