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Researchers at Texas A&M University have developed a method using hybrid nanomaterials that enables the fabrication of high-performance thermoplastic composites with good mechanical properties in minut.
Fiber-reinforced thermoplastics are replacing metals at high speed because of their inherent properties - they are light, strong, recyclable and malleab.
The project is based on the premise of reducing vehicle weight by 10%, improving fuel efficiency by 6%-8%, and reducing annual carbon dioxide emissions by 325 .
Overcome the paradox
Overcome the paradoxHigh-performance thermoplastic composites are generally semi-crystalline, containing crystalline and amorphous regio.
Thermoplastics, however, have a paradox: if the strength is increased by increasing the number of crystals, it becomes brittle, but if the brittleness is addressed by increasing the amorphous region, the strength decreases significant.
Achieving structures with interacting properties is challenging, the researchers sa.
Designing crystalline amorphous microstructures
Designing crystalline amorphous microstructuresTo address this challenge, the researchers propose the use of hybrid nanomaterials to design crystalline amorphous microstructures during fabricati.
Their new method has the potential to produce fiber-reinforced thermoplastics faster and at a lower co.
The project accelerates manufacturing platforms that could benefit the.
In the future, the researchers will seek to provide physical evidence that their manufacturing process mirrors their molecular simulatio.
