Sentence examples for procedures and numerical from inspiring English sources

In contrast, model selection procedures and numerical simulations did not support that TNF-α kinetics contributed to the impairment of bacterial clearance, yielding one of the worst models (Table 1).

Present procedures and numerical results could benefit future electronic cooling and reduce materials consumed in heat transfer engineering.

High cycle fatigue behaviour of materials and structures is widely assessed with respect to constant amplitude loading, because of extreme simplification of experimental procedures and numerical computations.

The mechanical behaviour of unreinforced masonry cross sections subjected to eccentric compressive loading has been studied through laboratory tests, analytical procedures, and numerical models.

Despite the availability of a large number of numerical studies, there still remains the need for procedures and numerical modeling guidelines to carry out simple yet reliable progressive collapse studies of buildings.

Between experiments and model a satisfactory agreement has been achieved considering the uncertainties in experimental procedure and numerical errors of the model.

The results are focussed on the screws behaviour, showing the potential interest of the developed procedure and numerical modelling technologies in designing layered tools joined by screws.

The experimental procedure and numerical model are presented in details; the corresponding results are compared with other analytical, experimental and numerical studies.

In this study, experimental procedure and numerical methods were utilized to evaluate the effect of regular and irregular pore distribution as well as loading direction on compressive properties and deformation mechanism of hollow sphere aluminum foams.

The incremental nonlinear equilibrium equations of DCFST slender columns are solved by the developed efficient computational procedure and numerical solution algorithms accounting for initial geometric imperfections and second order effects.

The method is applied to ten oscillators with fractional-power nonlinearities and its results are compared with those of harmonic balance techniques, Ritz procedure and numerical solutions based on nonstandard finite difference methods, in terms of displacement, velocity, energy and angular frequency, when available.