Flexural fatigue performance and electrical resistance response of carbon nanotube-based polymer composites at cryogenic temperatures.

Highlights: [•] We studied the cryogenic flexural fatigue and electrical resistance responses of CNT-based composites. [•] Cooling from room temperature to 77K causes an increase in the fatigue resistance. [•] The composite fatigue performance is affected by the nanotube content. [•] The electrical resistance-based sensing method was successfully applied. [ABSTRACT FROM AUTHOR]