This paper presents an integrated multiscale model for the simulation of fibre reinforced
polymeric composite laminate subjected to low velocity impact. The multiscale model is …

The mechanical performances of cryogenic composite tanks need strict evaluation due to its
extreme temperature condition of service. In this paper, a trans-scale modeling strategy is …

This work presents the development and verification of a multiscale methodology applicable
for modelling of impact damage in laminated composite structures. The methodology …

A micro-meso-macro analysis framework based on the multi-scale method was employed to
analyse the mechanical behaviour of marine GFRP stiffened panels. The study aims to …

This work describes a multiscale impact damage prediction methodology for laminated
composite structures which is based on the HFGMC micromechanical model and the …

In this study, an isoparametric micro‐mechanical model is developed to study the failure
behaviors under biaxial loadings for composites with different fiber arrangements. For …

This paper deals with modelling the effect of low-velocity impact damage upon the vibration
response of CFRP laminates through a micro-mechanical description of the induced internal …

Due to satisfactory mechanical properties, low specific weight and other advantages, a
substantial utilization of laminated structural composites in many components and …

The results of 3D modeling of the distribution and accumulation of dislocations and low-
angle boundaries in the volume of a layered metal-intermetallic composite under uniaxial …

Stress-strain analysis has been an interesting issue for the mechanical design of composite
structures. In this paper, a three-dimensional mechanical model based on generalized …