Titlebook: Reservoir Model Design; A Practitioner‘s Gui Philip Ringrose,Mark Bentley Textbook 2021Latest edition Springer Nature Switzerland AG 2021 M

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ch Organismen in ihrer Gestalt so deutlich voneinander, dass sie in verschiedene systematische Gruppen eingeteilt werden. Die wesentlichen Unterschiede zwischen diesen Gruppen sind offensichtlich erblich festgelegt, da sie sich mehr oder weniger unver?ndert auf die folgenden Generationen übertragen.

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Model-Based Uncertainty Handling,e personal: our behaviour and our design choices. Our aim is to stimulate a model design strategy that can overcome data limitations and personal bias and give us a useful way of quantifying model forecast uncertainty.

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Models for Storage,n the energy transition for which storage and management of subsurface fluid resources will be as important as fluid extraction. We will focus on the case of CO. storage, but also draw insights relevant to the seasonal storage of gas, air and hydrogen.

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The Property Model,he available data – not just random guesses!.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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Upscaling Flow Properties,n be quite a challenge. Unfortunately, many reservoir modellers choose to overlook this problem and blindly hope that a few measurements will correctly represent the whole reservoir..The aim of this chapter is to help make intelligent estimates of large-scale flow properties and to avoid stupid pitfalls. In the words of Albert Einstein:

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The Rock Model,p. In practice this is futile. Even relatively high resolution models such as that for the Urgonian Shuiba analogue shown in below are clearly unlike the outcrop and close inspection of the outcrop would reveal a huge amount of missing detail..Fortunately all the detail is rarely, if ever, required