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Using their 'swarmbot' platform, researchers have shown that a class of composite polymers can be produced by living cells.
Inspired by the natural adhesives of mussels and barnacles, researchers have developed their own natural adhesive from fibrous silk proteins.
Researchers have enhanced the strength of carbon fiber composites by simultaneously optimizing the orientation and thickness of the fibers.
By utilizing 'frontal polymerization', researchers have shortened the manufacturing process for vascular materials from two days to two minutes.
ivory substitute can be printed into complex three-dimensional structures using additive manufacturing
Researchers have made their transparent wood more sustainable by replacing fossil-based polymer fillers with versions made from orange peel.
By combining polymer gels and gold nanoparticles, researchers created a diverse array of oscillators that could move in unison with each other.
Scientists have optimized a graphene-production process so that it can produce graphene from tires for use in strengthening concrete.
cerium oxide/carbon nanocomposite derived from a metal-organic framework makes an ideal anode for sodium-ion batteries
Partnering with the Chinese Failure Analysis Institution (CFAI) of the Chinese Mechanical Engineering Society (CMES)