Sentence examples for the development of simulated from inspiring English sources

One possible reason for this is that the development of simulated teaching scenarios including recruitment and training of simulated patients is considered time and resource-intensive [ 6, 7].

There is limited evidence available to inform the development of simulated clinical scenarios for the purpose of evaluating practice in research studies, with the majority of literature focused on designing simulated clinical scenarios for education and training.

This approach allowed for the development of simulated distributions of censored occurrence data.

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.

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

Since, computers became widely available in industry, researchers have been working on the development of programs to simulate the solidification of castings.

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.

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.

There will be much utility in the development of models that simulate clinical end points and can also be readily informed with omics data sets to address the effects of interventions on clinically quantifiable disease outcome measures given the available knowledge of molecular factors.

This paper discusses in detail the development of a numerical model capable of simulating microstructural evolution and macroscopic deformation during sintering of complex powder compacts.

In this paper the development of a new model for simulating flood inundation is outlined.