Next-generation Materials

Materials are vital for building up of the new world around us. The advancement in Materials science leads to new findings in healthcare, energy, computing and several other fields. Groundbreaking materials with improved functionality can develop the energy output. Materials with unique properties will facilitate energy savings in energy-intensive processes and applications and will generate a new design space for renewable energy generation. The research on materials depends upon how we plan, build and use new products. Thermal and Degradation resistant materials are more resilient in high-temperature atmospheres which can be improved by reducing the energy intensity of the materials. Materials such as advanced composites, hybrid materials, engineered polymers with high functionality and high performance can be installed in energy production and energy transfer equipment. Smart materials such as superomniphobic materials, auxetic materials are designed in such a way which change their properties be external stimuli (stress, temperature, moisture, pH, electric or magnetic fields).