Sentence examples for soil realistic from inspiring English sources

Continuing theoretical developments will incorporate the following: more snow layers, surface roughness of snow and frozen soil, realistic ground surface topography, realistic prairie grass and frozen soil compositions, the configuration of a horizontally mounted (zenith-pointing) GPS antenna, and the antenna beam pattern including its antenna phase center.

The reason we adopted such Pi concentration is based on realistic soil P-deficient condition and previous studies showing that the supply of 22.5 mg Pi in the soil leads to 30% reduction in P concentration in barley shoots when compared with the critical P concentration required by barley plants.

The results show that the model can simulate realistic soil redistribution patterns.

This section describes the overall procedure to obtain a set of amplification factors for several hundreds of realistic soil profiles.

The amended model is as effective as its original form in flow modelling, but represents more logically realistic soil water processes.

Finally, the numerical experience gained from the simple longitudinal bar problem is used to design an algorithm for strong shocks predicted by a realistic soil model.

The realistic soil profiles adopted previously are thus modeled using nonlinear site response analysis, and the response analysis of the comprehensive set of SDOF oscillators is repeated here for the modified loading including the effects of soil nonlinearity.

To anticipate the complexity of layered soil profiles in realistic field conditions, the complete acceleration time history of the ground motion should be considered rather than merely adopting the most prominent frequency in the proposed analysis.

A combined finite element and boundary element method is used to calculate the dynamic compliance of the track on realistic soil whereas multi-body models are used for the vehicle.

A total of 887 realistic soil profiles are coupled with a set of 141 single-degree-of-freedom elastoplastic oscillators, and their combined (nonlinear) response is computed for both linear and nonlinear soil behaviors, for a large number (60) of synthetic input signals with various PGA levels and frequency contents.

Although the purpose was mainly to stabilize the results and to smooth the integrands in the wavenumber domain (Sánchez-Sesma et al. 2011), the practical interest of damping in realistic soil configurations led us to explore the effects of small material damping using a quality factor-Q.