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The development and manufacture of micro/nanostructures on optoelectronic materials and protection layers to provide a range of capabilities have been made possible by bio-inspiration and advancements in nanomanufacturing methods. These designed surfaces may be employed in both conventional rigid structures and the new flexible variants in numerous optoelectronic devices, including ...read more

Explore the future of new materials in our special issue called "Enhancing the Design and Performance of Composite Materials." This collection combines cutting-edge modelling, real-world tests, and brilliant teamwork across fields to unleash a symphony of insights. Explore how this synergy changes composite materials, from amazing spacecraft to medical breakthroughs. ...read more

Micro-/Nano-scale heat transfer and flow are seen in many mechanical and electronic equipment and systems, and thus have attracted a great deal of attention. With advances in manufacturing technologies, an increasing number of microstructures have been used to control the micro-/nano-scale heat transfer and flow in recent decades. For example, ...read more

The aircraft industry is striving towards stronger, lighter, and more heat-resistant materials that would reduce emissions, lower fuel costs, and permit faster speeds in the current day. Composites have thus far been the preferred material in the aviation sector. A commercial aeroplane like the Dreamliner nowadays is made up of ...read more