… mode of fiber buckling in compression at deflection of … multi-axial load, the laminate
configuration and properties considered in this study failed to prevent the failure of the cross arm. …

… the modes of failure of different cross-arm structure design under extreme multi-axial loading
condition. … 2.3 Laminate properties The composite arms were made from fiber glass. Table 2 …

… cross arm structure is exposed to constant loading for a very long time, creep is one of the
main factors that cause structural failure… load level, the force used on the pGFRP laminate was …

… failure response of laminate structures under different load … laminate was modelled in this
study as a cross-arm structure. … when subjected to multi-axial static loading with increasing …

… cross arm structures are executed with multi-axial loading instead of uniaxial loading which
cause the failure of the structures … Effect of laminate properties on cross arm's failure. Greater …

… cross arm which includes effect of laminate properties on cross arm’s failure [125], the
impact of laminate … subjected to multi-axial quasi-static loading. In Proceedings of the IOP …

… subjected to complex failure mechanisms due to multi-axial loading. These … lamination
patterns to examine the failure behavior and deflection characteristics of the composite cross-arm…

… of composite cross-arm structures when subjected to multiaxial quasi-… lamination behaviours
were used to analyse the deformation and failure characteristics of the composite cross arm. …

… of failure theory and material property degradation method. It … to predict their behavior under
multi-axial loadings accurately. … of the arms causes fibers to fail under compression in the 0 …

… with high specific mechanical properties and low specific weight… arm structure was pinned
on both four end and multi-axial … The damage in the structure which is fiber compressive failure …