Sentence examples for laminates in order to from inspiring English sources

This paper presents an experimental study on 10 RC members externally reinforced with different architectures of CFRP laminates in order to investigate the influence of the composite configurations on the structural behavior of RC members.

Then, the numerical model was used for calculating the spring-in angle of lots of different laminates in order to evaluate the influence of the thickness, the corner radius and the layup sequence on the laminate deformation.

This nanotube technology could displace the need for using cross-fabric stitching or pinning, or using thickening interleaf layers at the midplane region of laminates in order to improve the interlaminar shear fracture toughness.

An experimental investigation was carried out on a fibreglass/aluminium (FGA) laminate in order to characterise its behaviour under pin- and bolt-bearing conditions.

Constraints on the global stiffness are imposed by means of comparison with a baseline quasi-isotropic shell, while a matrix dominated lay up is avoided at all locations in the laminate in order to ensure that the laminate is strong enough in all directions in case a hole is present.

You must use thermal laminating in order to bond the butterfly pouch to the synthetic paper.

The investigation in the present study provides basic guidelines to design periodic elastic-piezoelectric laminate structures in order to achieve desired filtering characteristics.

It considers the determination of the limits on the laminate thickness in order to assure tensile failure due to steel yielding and to avoid tensile failure due to FRP laminate rupture.

Prior to numerical simulations, some experimental observations have been performed on the laminate samples in order to accurately represent the geometry of a periodic representative volume element (RVE).

An example application of Type I anchorage is shown in Fig. 2, in which the FRP on a RC beam soffit used for flexural strengthening is anchored at the laminate end in order to prevent concrete cover separation and "plate-end" interfacial debonding.

A particle-unit-cell micromechanical model is used to obtain the nonlinear electro-mechanical responses in each layer and is integrated within the laminate theory in order to obtain the overall nonlinear electro-mechanical responses of the functionally graded piezoelectric beams.