Topics that will be covered

ITU-ISTANBUL TECHNICAL UNIVERSITY

1. Textile Materials and Technologies

• Traditional materials and fabrication techniques in textiles

• Sustainability challenges in traditional textile materials and technologies

• Digitalization in the textiles industry and its effect on the circular transition

• Overview of functional and smart materials for high-tech textile applications from the perspective of sustainability

• Case studies ranging from sustainable materials to environmentally friendly technologies

TUM - TECHNISCHE UNIVERSITÄT MÜNCHEN

2. Multiphysics Modelling of Sustainable Materials and Components

• The evolution of multiphysics simulation of materials and components from preprocessing to post-processing with the fundamental applications in the field of energy

• Fluidic-thermal and mechanical behavior of materials and components

• Approaching process interactions and hierarchical problem segmentation

• Case studies ranging from zero-emission hydrogen technologies to complex composite structures

AUTH - ARISTOTLE UNIVERSITY OF THESSALONIKI

3. Circular Economy and Sustainability

• Sustainable use of resources-towards a circular economy and waste-based bioeconomy

• Technological solutions for circular bioeconomy in low-carbon transition-waste to energy

• Fashion and circular economy-post-consumer textile thermochemical recycling to fuels and biocarbon

• Plastics and the circular economy

• Case studies on circular economy and sustainability

XJTU- XI’AN JIAOTONG UNIVERSITY

4. Two (2)-Dimensional Materials for Sustainable Electronic and Optoelectronic Devices Applications

• The quantum effects and other physical properties of 2D materials

• Synthesis methods and device fabrication technologies

• Twistronics in magic-angle bilayer graphene and TMDC heterobilayers

• Self-powered ultra-fast optoelectronic devices based on 2D topological semimetals

• Case studies of specific 2D materials-based devices ranging from field effect transistors to IoT sensors