Exact(6)
Model results are compared to an alternative, commonly used, scoping model and it is found that ScopeRail offers higher accuracy predictions.
This work presents a scoping model to predict ground-borne railway vibration levels within buildings considering soil-structure interaction (SSI).
The scoping model was then used to evaluate the economic viability of a heavy oil lease in California.
For this purpose, a reservoir scoping model coupled with economic analysis template that is easy to apply and use by individual reservoir engineers, was developed.
The results show that the scoping model provides a powerful tool for use during the early design stages of a railway system when a large number of structures require analysis.
Finally, the new scoping model is then used to analyse the effect of soil properties, building height, train speed and distance between the building and the track on structural-borne vibration.
Similar(54)
The scoping models were presented in Part I [Hardy BJ, Anton DL. Hierarchical methodology for modeling hydrogen storage systems, Part I: scoping models. Int J Hydrogen Energy 2009 34 5):2269 77.] of this two part series of papers.
For this reason, a hierarchical system of models progressing from scoping models to detailed analyses was developed.
This paper, which discusses the scoping models, is the first in a two part series that presents a collection of hierarchical models for the design and evaluation of hydrogen storage systems.
A service model consists of three sub-models: scope model, view model and flow model.
Generally, there are four stages in techno-economic studies for network deployment planning: scope, model, evaluate, and refine.
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