Damage occurrence at edges of non-crimp-fabric thin-ply laminates under off-axis uniaxial loading
Thin-ply based laminates are a promising development in composite materials and are
expected in the near future to outperform conventional laminates in mechanical
performance. A rational design with thin plies requires understanding the effect of ply
thickness on each damage mechanism. This paper presents an experimental investigation
into damage occurrence in a quasi-isotropic laminate made from thin-ply, bi-axial, Non-
Crimp-Fabric (NCF), under different off-axis uniaxial loadings. The NCF layers are …
expected in the near future to outperform conventional laminates in mechanical
performance. A rational design with thin plies requires understanding the effect of ply
thickness on each damage mechanism. This paper presents an experimental investigation
into damage occurrence in a quasi-isotropic laminate made from thin-ply, bi-axial, Non-
Crimp-Fabric (NCF), under different off-axis uniaxial loadings. The NCF layers are …
Damage occurrence at edges of non-crimp-fabric thin-ply laminates under off-axis uniaxial loading
G Guillamet Busquets, A Turon Travesa… - … , 2014, vol. 98, p. 44 …, 2014 - dugi-doc.udg.edu
Thin-ply based laminates are a promising development in composite materials and are
expected in the near future to outperform conventional laminates in mechanical
performance. A rational design with thin plies requires understanding the effect of ply
thickness on each damage mechanism. This paper presents an experimental investigation
into damage occurrence in a quasi-isotropic laminate made from thin-ply, bi-axial, Non-
Crimp-Fabric (NCF), under different off-axis uniaxial loadings. The NCF layers are …
expected in the near future to outperform conventional laminates in mechanical
performance. A rational design with thin plies requires understanding the effect of ply
thickness on each damage mechanism. This paper presents an experimental investigation
into damage occurrence in a quasi-isotropic laminate made from thin-ply, bi-axial, Non-
Crimp-Fabric (NCF), under different off-axis uniaxial loadings. The NCF layers are …
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