This paper aims to explore the potential of carbon nanotubes (CNTs) in enhancing the
structural capability and multifunctionality of carbon fiber composites in aerospace …

The bending analysis due to thermoelastic loading in nanoscale materials is primarily
determined by the physical aspect of the material and the modeling of structures. This paper …

In recent years, carbon fiber has experienced a significant surge in popularity attributed to its
exceptional properties, including its high-temperature resistance, mechanical strength, and …

A novel isogeometric plate formulation based on {3, 2}-order refined zigzag theory (RZT) is
developed and coupled with the parametric high fidelity generalized method of cells …

The paper presents a critical review and new accomplishments on the equivalence of the
first-order displacement-based zigzag theories for laminated composite and sandwich …

Parametric resonance may occur when the composite shaft is subjected to periodic axial
loads. The phenomenon will lead to the serious destruction of the dynamic system. In this …

As one of the key components of solid rocket motors (SRMs) and launch vehicles (LVs), the
deformation and damage of the composite rocket motor case (CRMC) can directly affect the …

In this manuscript, Eshelby tensor is employed to assess the strain concentration that arises
in the matrix phase at the interface, offering precise values and locations of maximum strain …

Densely packed carbon nanotube (CNT) thin films are called buckypapers (BPs). In BPs,
CNTs are held together in the form of entangled array by van der Waals interactions at the …

Forensic science has observed significant advancements over the years which has
revolutionized the way investigators collect evidence, interpret and analyze in. The …