Sentence examples for mechanical models given from inspiring English sources

Using the time history of an earthquake excitation, the results of the FSI model are compared with those obtained employing simplified mechanical models given in design codes.

Quantum mechanical models, on the other hand, are not so restricted, and further, quantum mechanical models give a correct physical description of the electron density associated with the bond, but like the two-body potential model, most of the insights into the structure are hidden in the complex calculations.

The work provides a guideline for selecting the optimum mechanical model given the nanowire resonator dimensions and boundary conditions.

The basic procedure in this approach consists of directly coupling the reliability model FORM with the mechanical model given by Equation 4.

Actually the enhancement of freeze and thaw – mechanical model gives the base for the definition of a reliable numerical tool for analysis of RC structures subjected to FTC.

These contributions are related to the constriction of the current lines at the tip-CNT, CNT-substrate and tip-substrate interfaces, therefore two combined models are required: a mechanical model giving the contact area, and an electrical model physically adapted to this size allowing to calculate the resulting resistance.

Some examples of fluid dynamical and solid mechanical modelling were given in this article.

This paper contributes to the structural reliability problem by presenting a novel approach that enables for identification of stochastic oscillatory processes as a critical input for given mechanical models.

Total Mean Score = Average of total absolute score obtained by each study Relative Score = Total Mean score adjusted to 100% (to reflect "0" score given for subjects when mechanical models were used).

Especially for mechanical excitation, the proposed SEA model gives a good prediction compared with the measurement results.

The proposed method is based on a graphical representation of such processes utilizing state of the art image processing and pattern recognition techniques, leading to a set of finite rules that consistently identifies those realizations of stochastic processes that would lead to a critical response of a given mechanical model.