Sentence examples for behavior of composite laminates from inspiring English sources

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

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

Then numerical models were built to simulate the delamination behavior of composite laminates.

However, the mechanical behavior of composite laminates is very complex due the inherent anisotropy and heterogeneity.

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

Progressive damage simulation is of major importance for predicting the damage behavior of composite laminates.

From the displacement field, a finite element equation on the structural behavior of composite laminate is newly induced and a computational program is coded.

In this study, low velocity impact (LVI) behaviors of composite laminates reinforced with fabrics of different architecture are investigated.

The flexural damping behaviors of composite laminates were characterized analytically in this study.

The present viscoelastic finite element of composite laminates provides a powerful tool to accurately investigate the responses of the viscoelastic and time-dependent mechanical behaviors of composite laminates.

An efficient higher-order plate theory for viscoelastic materials is developed to predict the time-dependent mechanical behaviors of composite laminates.