Symposia structure and organizers can be found here: Link
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A1. 2D materials: Fundamentals, synthesis and applications
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A2. Synthesis and applications of functional materials
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A3. Nanowires and nanotubes: From growth phenomena to devices
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A4. Materials for catalysis and porous materials
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A5. Materials for photonics and optics
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A6. Characterisation of functional materials
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A7. Nanostructured network materials (merged to A8)
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A8. Multi-purpose materials (electronic, magnetic, thermal, sensors/actuators, network materials)- incl. A7 & A10
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A9. Photovoltaics/ solar cells (merged to E5)
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A10. Flexible functional oxides (merged to A8)
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B1. Advanced steels and cast irons
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B2. Light weight metals
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B3. High-temperature alloys and intermetallic, titanium alimunides
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B4. Advanced structural ceramics
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B5. High entropy alloys
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B6. Fatique, wear and corrosion of materials and structures
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B7. Material testing, characterisation and modelling (incl. C8)
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B8. Advanced cast irons and tool steels
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B8. Theory-guided development structural materials
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C1. Additive manufacturing processes and modelling (incl. C2 & D10)
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C2. Additive manufacturing 2: Indirect/ sinter-based techniques (merged to C1)
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C3. Advanced subtractive manufacturing / machining (merged to C4)
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C4. Powder technologies to obtain high perfomance materials (incl. C3)
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C5. Liquid metal processing
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C6. Solidification, casting and advanced metallurgical processing
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C7. Green polymer processing (merged to H1)
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C8. Innovative heat treating routes (merged to B7)
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C9. Advanced ceramic materials processing
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C10. Coatings and surface modification technologies
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C11. Laser based processing an manufacturing
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C12. Joining
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C13. Wetting, high-temperature capillarity, interface design & modeling
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C14. Thermomechanical processing, severe plastic deformation & nanostructuring
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D1. Advanced microscopy in materials research
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D2. Characterization of 1D, 2D materials, ceramics and their composites (incl. D4)
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D3. Micro- and nano-mechanics - Characterization and modelling (old D5)
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D4. Characterization of 1D and 2D materials (merged to D2)
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D6. Atomic scale modelling of advanced materials - Ab initio, molecular dynamics and Monte-Carlo simulations
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D7. Integrated computational materials engineering - Interoperability, simulation platforms and applications
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D8. Multiscale and multiphysics modelling of materials, processes and products
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D9. Modelling of solidification, casting and remelting
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D10. Modelling of additive manufacturing (merged to C1)
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E1. Advanced materials for transport applications
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E2. Battery materials - from fundamentals to cell development
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E3. Anion and cation transport in materials for energy storage
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E4. Solid state batteries and components
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E5. New concepts, materials and technologies for photovoltaic devices (incl. A9)
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E6. Materials for hydrogen technologies
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F1. Bioceramics and bioglasses (incl. old D3)
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F2. From academic biomaterials research toward commercial application
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F3. Additive manufacturing of biomaterials
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F4. Bioinspired materials
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F5. Synthetic polymer for medical applications (incl. F8)
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F6. Biologically instructive biomaterials
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F7. Metallic biomaterials
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F8. Biomaterials enabling therapeutic delivery of bioactive molecules (merged to F5)
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F9. Smart biomaterials
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G1. Materials education in an on-line world
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G2. Gaming and virtual reality as a method for materials knowledge education and dissemination
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G3. Additive manufacturing: From research to industrial application
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H1. Bio-based and Polymeric materials in the circular economy (incl. C7 & H2 & H4)
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H2. Inorganic and critical raw materials for the circular, low-carbon, and digital economy (new- H3 & H5 & H6 & H7)
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H3. Materials for space applications and extreme environments (new - old H8)
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H4. Progress and challenges in plastics recycling (merged to H1)
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H5. Critical raw materials in a data-driven world (merged to H2)
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H6. Inorganic-nonmetallic materials in the circular economy (merged to H2)
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H7. Materials to address the 3R (Reduce, Reuse, Recycle) challenges (merged to H2)
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H8. Materials for space applications and extreme environments (new H3)
