Sentence examples for materials response in from inspiring English sources

Chosen material model is implemented into finite element code to enable numerical modeling of materials response in gears tooth root and life prediction, considering crack initiation period.

The design of nanosized magnetic particles, taking into account the maximization of the materials' response in terms of their use for diagnosis, imaging, and therapy, requires the knowledge of the temperature dependence of the magnetic susceptibility under the action of applied dc and ac fields.

Finally, it has been analysed the material response in terms of energy released as heat in two-level fatigue tests.

The obtained results are found to adequately describe the material response in both the tensile and bulge tests.

It is shown experimentally that the beam models describe well the material response in the direction of the honeycomb double wall.

The manner of coupling predictions of the multi-scale energy model with the macro-scale models is shown to affect the rate-dependent material response in the simulations.

Towards understanding the bulk material response in nanocomposites, an interfacial zone model was proposed to define a variety of material interface behaviors (e.g. brittle, ductile, rubber-like, elastic-perfectly plastic behavior etc).

A strain gradient plasticity theory is used to describe the constitutive behavior of the material undergoing plastic deformations, whereas the generalized Hooke's law is invoked to represent the material response in the elastic region.

Finite Element (FE) simulations are conducted to predict the measured macroscopic material response in uniaxial tension and compression, as well as in pure shear; a mesh convergence study is performed and the minimum RVE size is determined.

It is then demonstrated that the proposed model is capable of predicting the ferromagnetic and field-induced strain hysteresis curves characteristic of magnetostrictive material response in good agreement with experiments.

We obtained a linear material response, in terms of surface charge variation, to varying H2 concentration from 0.5 to 4%%, which is in good agreement with the theory.