Sentence examples for material length parameter from inspiring English sources

It is shown, that decreasing the value of the new cohesive material length parameter will monotonically decrease the failure strain.

In the present work an analogy between cross sectional geometrical properties, representing macrostructure, and a material length parameter, representing microstructure, is presented.

Results of single slip and symmetric double slip reveal that strengthening and hardening are governed by the slip system orientation and the material length parameter only.

Moreover, numerical results show that the solution can be used to predict the size effects in the microbend tests and to measure their material length parameter.

Secondly, an axially loaded thin flat plate (i.e. with no pretwist) is studied with strain gradient elasticity theory incorporating only one material length parameter representing the microstructure, in addition to the two classical Lamé stiffness constants.

Numerical examples for four sandwich plates made of piezoelectric BaTiO3 and magnetostrictive CoFe2O4 are provided to illustrate the effect of the material length parameter and stacking sequence of the plates on the mechanical, electric and magnetic fields.

However, the higher-order boundary conditions and the material length parameters have a significant effect on the buckling loads.

Finally, when the two material length parameters are the same, the buckling loads can not always reduce to the classical solutions, the findings of which violate our expectations.

Featured by the two material length parameters in the nonlocal strain gradient theory, it is still unknown that what are the boundary conditions of nonlocal strain gradient beams, since the equations of motion and boundary conditions of these beam models appear in the same form as those of the classical ones.

The effects of volume fraction, the material length scale parameter, geometric parameters and the Casimir on the mean value and relative standard deviation (RSD) of the pull-in voltage are studied.

A material length scale parameter and a nonlocal parameter are introduced in the axially FG beam model to consider the significance of strain gradient stress field and nonlocal elastic stress field, respectively.