Theoretical Models of CNTs

Theoretical models of carbon nanotubes (CNTs) are scientific frameworks used to predict and understand their properties by considering their atomic structure. These models analyze how carbon atoms are arranged in a cylindrical shape, influencing their electrical, mechanical, and thermal behavior. Different approaches, such as quantum mechanics and molecular dynamics, help scientists simulate how CNTs respond under various conditions. This understanding guides the design of CNT-based materials for electronics, stronger composites, and other advanced applications, enabling innovations by accurately predicting how these tiny, powerful structures will perform in real-world uses.