Sentence examples for development of the simulated from inspiring English sources

Taking into account histogenetic similarity of EC and BC, it can be assumed that in initiation and development of the simulated tumor, the same genes controlling proliferation of cancer cells can be involved as well as similar biochemical pathways leading to the expression of tumor marker proteins.

This methodology is demonstrated to match the predicted scour development for all of the simulated flows considered, ranging from the series of transient tsunami waves to the steady-current limit.

This work tested the conceptual development of the model by simulating a physical experiment that provided direct measurements of ACL strain during vertical impact loading (peak value 1294 N) with the leg near full extension.

Since inter-particle and particle wall collisions are important for the development of the process, simulating walls with a certain roughness is of interest influencing the trajectories of the near-wall particles, which then exchange momentum with particles higher up on the layer.

Additionally, the performance of the C 50 estimators is also evaluated using the development set and evaluation set of the simulated data whose C 50 measures are presented in Table 1.

By comparing the temporal development of the model under conditions that simulate a variety of experimental protocols with the observed behavior of the biological system under the same conditions, one can evaluate how well or poorly the mathematical model performs.

This property can be determined by investigating drug solubility in human intestinal fluid (HIF) but this is difficult to obtain and highly variable, which has led to the development of multiple simulated intestinal fluid (SIF) recipes.

A companion paper focuses on the development of the constitutive model to simulate the soil response in the elastoplastic range has been addressed, and a general procedure has been developed for determination of the material parameters of the constitutive model.

The present work involves the development of a simulation model to simulate the complex EDDSG process which consists of simulation of each constituent process namely EDM and surface grinding for temperature and thermal stress distribution.

The past decade has seen considerable progress in the development of models simulating pesticide transport in structured soils subject to preferential flow (PF).

In this paper, we review progress on the development of phantoms that simulate the optical and mechanical properties as well as the complex structures found in tissue, whilst concentrating on materials that provide durability of at least one month.