Nowadays, orthotropic piezomaterials have enormous potential in producing electronic
devices owing to their inherent merits, eg, intrinsically robust piezoelectricity. Nevertheless …

Coiled carbon nanotube (CCNT) as a novel nanomaterial has the potential to enhance the
thermomechanical properties of asphalt. In this study, three typical coiled carbon nanotubes …

Nanotechnology has been extensively studied for its potential to effectively control material
properties. Recent research has shown a growing interest in nanomaterials and the …

Twisting is a simple and effective method for assembling individual carbon nanotubes
(CNTs) into high-strength, tough, and continuous CNT yarns. However, the unexpectedly …

Carbon nanotubes (CNTs) extensively serve as reinforcements in metal matrix
nanocomposites because of their superior mechanical properties. In this paper, we have …

Spider silk is known for its excellent strength and fracture resistance properties due to its
molecular design structure, characterized by sacrificial bonds and hidden lengths. These …

Carbon nanostructure plays a unique role in advanced nanodevices. This work investigated
the torsional properties and underlying mechanisms of spiral carbon nanocones (SCN) via …

The design and manufacturing of graphene and hBN-based nanocomposites is taking the
era of material design to new horizons. The present article employs MD simulations to …

High-temperature cyclic loading is a major factor affecting the life of a structural component.
In this study, the tensile and creep-ratcheting behaviour of three volume fractions of CNT …