Sentence examples for behavior of interleaved laminates from inspiring English sources

For experimental investigation, the fracture behavior of interleaved laminates has been determined by Double Cantilever Beam (DCB) tests using two different thicknesses of membrane.

So far, many studies have been conducted for investigating the effect of various thermoplastic nanofibers on mode-I and mode-II fracture toughness, but limited studies have been done on the response and damage of interleaved laminates under low-velocity impact.

The elastic and dissipative material functions for the elongational and shear modes have been experimentally characterised for the constituents of the interleaved laminates: the unidirectional lamina and the damping layer material.

Furthermore, two distinct zones of delamination behaviour are observed in nanofibre interleaved laminates on exposure to cyclic loading.

Previously, this test set-up was employed to determine interlaminar fracture behavior of composite laminates [27].

But fatigue and fracture behavior of the laminates clearly deteriorates in corrosive conditions, although the results in case II are better than those in case I.

This paper presents a detailed investigation about the vibration behavior of corrugated laminates.

One cannot properly describe or model the behavior of composite laminates, therefore, without an understanding and representation of nonlinear behavior.

The numerical methods currently available for modeling composites can adequately describe the behavior of polymeric laminates, but have limited application in cementitious laminates that can have multiple cracking.

The 2D delamination behavior of composite laminates under quasi-static out-of-plane opening loading has been experimentally investigated.

The impact behavior of aluminum/epoxy laminates was studied by changing the number of layers and the interface strength.