Sentence examples for material parameters involved from inspiring English sources

The effect of geometrical and material parameters involved on the noise transfer function and peak crosstalk noise, such as insulation thickness, TSV TSV spacing, TSV height, TSV radius, substrate conductivity and metallic CNT density, is investigated with the proposed model.

However, it appears to be less popular than many other constitutive models in engineering application due to many material parameters involved in the model formulation which are difficult to calibrate.

The use of stochastic nonlinear computational mechanics in real-world applications faces a fundamental obstacle – the lack of detailed information about the stochastic properties of material parameters involved in the problem.

A detailed parametric study is conducted to highlight the impacts of various geometrical and material parameters involved on the critical mechanical buckling of the SCS aggregated by graded CNTs.

Taking material parameters involved in Norton's law to be the functions of the radial coordinate, a simple and accurate method is developed from the strain rate stress relations, Norton's law, deformation compatibility condition and equilibrium equation of axisymmetric, plane strain problems.

Key investigated parameters involved the textile reinforcement ratio, the textile material, the coating of the textile reinforcement with epoxy resin, and the wall thickness.

The process is also complex to control due to the variability of raw materials, the large number of parameters involved and the interactions between these parameters.

It is shown that such composite magnetoplasmonic nanoparticles offer a versatile platform for engineering hybrid plasmon modes that give rise to sharp absorption resonances and subject to large magneto-optic splitting, leading to giant magnetic circular dichroism signals, by properly choosing the different materials and tuning the geometrical parameters involved.

Potentialities and limitations of a recently proposed inverse analysis procedure, based on indentation tests, for the identification of constitutive parameters involved in this material model are investigated.

Composites are known to display a considerable amount of scatter in their material properties due to large number of parameters involved with the manufacturing and fabrication processes.

In fact, there are several other parameters involved in the determination of the properties of the material, which largely influence the performance of the composite material, such as particle size, and amount and also interface between particle and matrix.