Sentence examples for composites with one from inspiring English sources

In a simplified case of using of the effective field hypothesis for analyzing composites with one sort of heterogeneities, one proves that the effective moduli explicitly depend on both the strain and stress concentrator factor for one heterogeneity inside the infinite matrix and does not directly depend on the elastic properties (local or nonlocal) of heterogeneities.

Microdebonding indentation tests for SiCf/SiC composites with one- and multilayered germanate interphase were performed.

(a) Dielectric tangent loss, (b) magnetic tangent loss, (c) impedance matching coefficient |Zin/Z0| and (d) reflection loss of the CNT film-Fe3O4 composites with one, two, three, four, five, six and seven layers prepared from 0.05 M FeCl3.

The observations and analyses have significant implications for fracture behavior in composites with one phase exhibiting (pseudo-) plastic behavior.

Ceramic composites with one or more phases having a nano-dimension are a new generation of engineering materials, having potential applications in a number of different challenging areas.

This paper presents a systematic investigation of flexural and torsional properties of biaxial and triaxial braided composites, with one or more layers, at different braid angles.

Minimum reflection loss of −44.7 dB and absorbing bandwidth of 4.7 GHz at −10 dB are achieved in composites with one-layer graphene in six-layer CNT film-Fe3O4 prepared from 0.04 M FeCl3.

The strength of the heat-treated composites was significantly enhanced through heat treatments, when compared with the composites with one-scale architecture and Ti6Al4V alloy.

Compared to the CNT film-Fe3O4-0.04 M composite without graphene, the minimum reflection loss and absorption bandwidth at −10 dB of the corresponding composite with one-layer graphene increase by 27.0percentand2.5percentcent, respectively.

Because the synthesis of nanowire bundles occurred at electrodes with an applied electric field, and various organic materials have the potential to form composites with CNT, one can synthesize an individually addressable CNT composite nanowire array.

Finite element solutions have been obtained for the eigenvalue problems of the free vibrations of circular cylindrical shells, made of composite materials, with one end free and the other clamped.