From the mud, straw, and gypsum mixtures of ancient Egypt's monumental pyramids to the sophisticated underwater material ...

Free white paper analyzes and quantifies the benefits of high-temperature, low-slag carbon fiber conductor cores.

Researchers have developed a novel solution for trapping carbon in concrete by blending a sustainable, easy-to-grow green ...

Most previous fiber-shaped solar cells were based on photoelectrochemical systems involving liquid electrolytes, which had issues such as device encapsulation and stability. Here, we deposited ...

The final goal of the project is to develop epoxy nanocomposite systems which will meet the requirements to be utilized as a matrix, in carbon fiber reinforced polymer (CFRP) wind turbine blades with ...

Discover how natural fiber composites like flax are driving sustainability in automotive production, cutting CO2, and boosting efficiency.

Deconstructing epoxy resins with hot acetic acid has the potential to provide a scalable and affordable solution for ...

Carbon fiber-reinforced plastics (CFRPs) are widely used materials with outstanding mechanical properties. The wettability between the polymer matrix and carbon fiber in the interphase region ...

ORNL's Carbon and Composites group leveraged the formidable Frontier supercomputer to study a 5 million-atom model, analyzing how to make carbon-fiber composites that are not only stronger but ...

The temperature response of fiber Bragg gratings (FBGs) embedded in carbon fiber reinforce polymers (CFRPs) is investigated in this paper. To provide strain-free temperature measurements, two pieces ...

Lightweight yet strong and resistant to corrosion and weathering, carbon fiber–reinforced polymers (CFRPs) are used in aircraft, shipping containers, natural gas storage tanks, wind turbine ...