Hydraulic fracturing, natural fracture reactivation and resulting induced microseismicity are interconnected phenomena involved in shale gas exploitation. Due to their multi-physics and their complexity, deep understanding of these phenomena as well as their mutual interaction require the adoption of coupled mechanical and fluid flow approaches. Modeling these systems is a challenging procedure as the involved processes take place on different scales of space and also require adequate multidisciplinary knowledge. An extensive literature review is presented here to provide knowledge on the modeling approaches adopted for these coupled problems. The review is intended as a guide to select effective modeling approaches for problems of different complexity
A Review of Numerical Simulation Strategies for Hydraulic Fracturing, Natural Fracture Reactivation and Induced Microseismicity Prediction / Shahid, ARSHAD SHEHZAD AHMAD; Fokker, PETRUS ADRIANUS; Rocca, Vera. - In: THE OPEN PETROLEUM ENGINEERING JOURNAL. - ISSN 1874-8341. - ELETTRONICO. - 9:Suppl-1, M5(2016), pp. 72-91. [10.2174/1874834101609010072]
A Review of Numerical Simulation Strategies for Hydraulic Fracturing, Natural Fracture Reactivation and Induced Microseismicity Prediction
SHAHID, ARSHAD SHEHZAD AHMAD;FOKKER, PETRUS ADRIANUS;ROCCA, VERA
2016
Abstract
Hydraulic fracturing, natural fracture reactivation and resulting induced microseismicity are interconnected phenomena involved in shale gas exploitation. Due to their multi-physics and their complexity, deep understanding of these phenomena as well as their mutual interaction require the adoption of coupled mechanical and fluid flow approaches. Modeling these systems is a challenging procedure as the involved processes take place on different scales of space and also require adequate multidisciplinary knowledge. An extensive literature review is presented here to provide knowledge on the modeling approaches adopted for these coupled problems. The review is intended as a guide to select effective modeling approaches for problems of different complexityFile | Dimensione | Formato | |
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https://hdl.handle.net/11583/2645817
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