Study on the compressive strength of laminated composite with through-the-width delamination
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Cited by (11)
Global stiffness determination of a cross-ply laminated composite plate with distributed delaminations and matrix cracks and its application
2020, Composite StructuresCitation Excerpt :A representative volume element of a random glass fiber composite is employed to analyze microscale damage mechanisms, such as matrix cracking and fiber–matrix interfacial debonding. In Lee et al. [8] a nonlinear finite element code, DELAM3D, with a three-dimensional layered solid element based on the updated Lagrangian formulation, is developed to simulate the compressive response of a laminated composite plate with multiple delaminations. An analytical model is established to characterize the mechanical behaviour such as postbuckling, contact of the delaminating interface, delamination growth and fiber–matrix failure.
Determination of local stiffness of a cross-ply composite plate with delaminations and matrix cracks
2018, Composite StructuresCitation Excerpt :A representative volume element of a random glass fiber composite was employed to analyze microscale damage mechanisms, such as matrix cracking and fiber-matrix interfacial debonding. In Lee et al. [24] a nonlinear finite element code, DELAM3D, with a three-dimensional layered solid element based on the updated Lagrangian formulation, was developed to simulate the compressive response of a laminated composite plate with multiple delaminations. An analytical model was established to characterize the mechanical behaviors such as postbuckling, contact of the delaminating interface, delamination growth and fiber-matrix failure.
Effects of multiple delaminations on the compressive, tensile, flexural, and buckling behaviour of E-glass/epoxy composites
2016, Composites Part B: EngineeringCitation Excerpt :Lee et al. [29] compared the compressive behaviour of single and double through-the-width delaminated composites. Their results showed that the compressive behaviour of double delaminated composites was more complicated than that of single delaminated composites and the delamination position in thickness direction affects the load carrying capacity of the composite structures [29]. Most studies involve one or two embedded artificial delaminations.
A nonlocal lattice particle model for fracture simulation of anisotropic materials
2016, Composites Part B: EngineeringNumerical simulation of delamination in laminated composite components - A combination of a strength criterion and fracture mechanics
2009, Composites Part B: EngineeringA semi-analytical model for the simulation of delamination in laminated composites
2008, Composites Science and Technology