Sentence examples for behavior of composite shells from inspiring English sources

CM simplifies the determination of dynamic behavior of composite shells when the number of laminae is large.

In addition, the influence of the stacking sequence, the thickness and the radius of curvature on damage behavior of composite shells are studied.

It reviews most of the research done in recent years (2000 2009) on the dynamic behavior (including vibration) of composite shells.

In this paper, the influence of the laminate stacking sequence of composite shells with rotational symmetric imperfections on the buckling behavior is studied and laminate stacking sequences leading to the highest buckling loads of an imperfect shell structure are identified.

Structural design of composite shells are more challenging than conventional metals due to the complex mechanical behavior and damage mechanisms which composite materials exhibit.

Khanh V. Trinh, "In-plane Tension Failure of Composite Shells".

More general and effective finite element procedures are needed for complex shell structures, including for the analysis of composite shells and the optimization of shells.

Furthermore, the axisymmetric and non-axisymmetric dynamic behavior of the composite shells are studied by evaluating the directivity patterns of the far-field form function amplitude at the selected resonance frequency corresponding to the first overtone of n = 2 vibration mode.

In the present investigation, the hygrothermoelastic buckling behavior of laminated composite shells are numerically simulated using geometrically nonlinear finite element method.

An efficient shell model is developed for analyzing one-way coupled thermomechanical behavior of composite cylindrical shells by using the variational asymptotic method (VAM).

The failure mode of composite shell is punching shear.