Titlebook: Reservoir Model Design; A Practitioner‘s Gui Philip Ringrose,Mark Bentley Textbook 20151st edition Springer Science+Business Media B.V. 201

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world-wide activity in subsurface reservoir modelling.Cover.This book gives practical advice and ready to use tips on the design and construction of subsurface reservoir models. The design elements cover rock architecture, petrophysical property modelling, multi-scale data integration, upscaling an

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Model Purpose, this chapter it is suggested the answer to the above question is ‘no’. Instead we argue the case for building for fit-for-purpose models, which may or may not be detailed and may or may not be full-field..This choice triggers the question: ‘what is the purpose?’ It is the answer to this question wh

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The Rock Model,ular graphics we see on the screen truly resemble the reservoir as exposed in outcrop:....Our focus is on achieving a reasonable representation..Most of the outputs from reservoir modelling are quantitative and derive from property models, so the main purpose of a rock model is to get the properties

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The Property Model,perties used within the geo-model are woefully inadequate..The aim of this chapter is too ensure the properties of your model are also fit-for-purpose and not, like Pandora’s box, full of “all the evils of mankind.”

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Epilogue,culation. Nevertheless, we conclude with some reflections on key issues for further development of sub-surface reservoir model design..Geological systems are highly complex and efforts to understand the effects of ancient rock strata on fluid flow processes several km beneath the surface are ambitio

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Handling Model Uncertainty,our and our design choices which are at fault..Our aim is to place our models within a framework that can overcome data limitations and personal bias and give us a useful way of quantifying forecast uncertainty.

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