Sentence examples for behavior of cracked laminates from inspiring English sources

Mechanical behavior of cracked laminates has been studied through model experiments and excellent agreement between experiments and theory is observed.

Based on the bridging behavior of the elastomeric ligament, an interface/bridging finite element has been formulated for numerical simulations of cracked laminates.

This paper investigates the large amplitude vibration behavior of a matrix cracked laminated beam which contains carbon nanotube reinforced composite (CNTRC) layers resting on an elastic foundation in thermal environments.

This paper examines the thermo-mechanical behavior of cracked G-11 woven glass/epoxy laminates with temperature-dependent material properties under tension at cryogenic temperatures.

This paper investigated the fatigue behavior of six cracked steel beams strengthened using CFRP laminates via two approaches, i.e., sole adhesive bonding and adhesive bonding together with mechanical anchorage.

The effect of delamination resistance on fatigue crack growth behavior of composite laminates is studied.

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.

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

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.

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.