Sentence examples for behavior of composite blades from inspiring English sources

Two important mechanisms, namely, the bending twisting coupling effects of anisotropic composites and load-dependent self-adaptation behavior of composite blades are the primary sources for performance improvement of composite marine propellers.

Experimental and numerical investigations were conducted into the damage growth and collapse behaviour of composite blade-stiffened structures.

The optimisation model minimises the mass of composite blades with multi-criteria constraints.

The nonlinear beam model is combined with Blade Element Momentum method and an unsteady dynamic stall model to perform flutter analysis of composite blades.

This paper summarizes the quantitative comparison of natural frequencies of composite blade obtained by these theories.

While the tested specimens were originally intended for the assessment of buckling behavior of composite laminates of wind turbine blades, results were found valuable for the marine industry as well, because similar laminates are used for the hull shell and stiffeners.

Only Pluronic F127, a composition of composite hydrogel, was remained in the HK micelles, which would not affect in vitro release behavior of composite hydrogel.

Two sets of adaptive composite blades are compared to neutral pitch composite and rigid aluminum designs.

The results obtained in this paper seek to clarify the individual and collective effects of axial loading, pretwist, stagger and fiber angles on the torsional behavior of the non-uniform thin-walled composite blades.

The improved mechanical properties of the composite blade are verified in a series of systematic experiments.

The fatigue life of the composite blade was sensitive to composite material properties.