Sentence examples for the whole components from inspiring English sources

The whole components are badly sorted fragments of rudists, corals, echinoderms and gastropods, with an average grain size that may reach several centimetres, though they vary considerably from layer to layer and may exceeds 30 centimetres (Fig. 4, 5).

Six degrees of freedom Mass21 element was used to represent the mass of the whole components of the wind turbine (nacelle including the generator, gearbox, the hub and rotor).

The compression resistance of the explosive emulsified by compound emulsifier is the highest among all the explosives, when the content of the whole components and manufacturing engineering are kept invariable.

Generally, only one or two of the whole components (typically not including pattern identification) were considered, and often in isolation [ 23 ].

More importantly, it enables researchers and policymakers to view the rising prevalence of hypertension in West Africa as a complex health problem composed of different, interacting components and emphasizes the importance of understanding the behaviors of the whole components rather than individual components.

These adjustments can made to either the whole component or only to a specific part of its subcomponents.

The convective heat transfer concerning the whole component exchange surface is determined for all the treated configurations.

We finally employ a Bayesian calibration method, which compares the surrogate modeling results and thermal measurements, to enable layer-to-layer thermal field prediction across the whole component.

This paper deals mainly with the statistical analysis to be performed on experimental load histories in order to evaluate fatigue loading spectra and the problems in extrapolating from measured load history to the whole component life.

After production the segments are extracted from the original core geometry and reassembled into the whole component, later serving as mould for concreting and eventually as reinforcement for the structure.

Next, the GP distribution is obtained by a finite element calculation and the PFCDF is applied to each finite element, considering the scale effect, to derive the probability of failure for the whole component.