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Prabhakaran, R. (author), Bruna, P.B.R. (author), Bertotti, G. (author), Mittempergher, Silvia (author), Succo, Andrea (author), Bistacchi, Andrea (author), Storti, Fabrizio (author), Meda, Marco (author)
Improving the understanding of fluid flow through fracture networks is crucial to the optimum recovery of hydrocarbons in naturally fractured reservoirs. In explicit dual continuum representations of matrix and fractures, it is not just the intensity of fracturing and the topological relationships in the network but also connectivity of...
abstract 2018
document
Bruna, P.B.R. (author), Bertotti, G. (author), Mittempergher, Silvia (author), Succo, Andrea (author), Bistacchi, Andrea (author), Storti, Fabrizio (author), Meda, Marco (author)
abstract 2018
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Martinelli, Mattia (author), Bistacchi, Andrea (author), Mittempergher, Silvia (author), Balsamo, Fabrizio (author), Succo, Andrea (author), Storti, Fabrizio (author), Bruna, P.B.R. (author), Bertotti, G. (author), Meda, Marco (author)
abstract 2017
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Mittempergher, Silvia (author), Succo, Andrea (author), Bruna, P.B.R. (author), Bistacchi, Andrea (author), Martinelli, Mattia (author), Storti, Fabrizio (author), Meda, Marco (author), Bertotti, G. (author), Balsamo, Fabrizio (author)
Fractures are a primary factor controlling the fluid storage and transport properties of hydrocarbon reservoirs. The quantitative characterization of fractures in outcrop analogues allows a better understanding of natural fracture systems, to extrapolate predictive laws useful for integrating the limited data available for buried reservoirs....
abstract 2017
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