Sentence examples for behavior of a laminated from inspiring English sources
A semi-analytical finite element method is presented for analyzing the behavior of a laminated circular piezoelectric cylinder under axisymmetric mechanical and electric loads.
Such approach is able to study very well the dynamic behavior of a laminated composite shell, even in the presence of a soft-core.
Large deflection theory is necessary in order to predict the true behavior of a laminated curved glass beam consisting of several glass layers bonded by soft interlayer PVB (PolyVinyl Butyral).
Past studies have shown that the lateral behavior of a laminated elastomeric bearing is affected by axial load, and various mechanical models that consider the effect of horizontal vertical coupling have been proposed.
Finally, the impact fracture behavior of a laminated glass beam is simulated, and the cracks propagation is compared with experimental results showing that the theory in this work can be used to predict some fracture characteristics of laminated glass.
Two new mechanical test setups, tensile and axial shear, are proposed to characterize the mechanical behavior of a laminated system made of the commercial Dyneema HB26 cross-ply multi-layered plates.
The large deflection behavior of a symmetrically laminated thin shallow circular arch subjected to a central concentrated load is studied using the Rayleigh Ritz finite element method.
This paper describes a 3D failure criterion identified through Arcan tests, to analyze the behavior of a laminate composite subjected to out-of-plane loadings.
A notional ceramic armour system based on spinel/polycarbonate assemblies is used to report results on the effect of surface and interior, equal area defects on the ballistic behavior of a laminates.
It is shown that the oxidation behavior of a laminate is strongly dependent on the ply stacking sequence, while alternative pathways for transport of oxygen into the interior of the composite are fiber matrix debonds and matrix cracks that propagate with the oxidation front.
This paper proposes a set of new structural parameters to quantify the fracture behavior of Al2O3/Mo laminated composites.
