Birs- 18w5085: Hydraulic Fracturing: Modeling, Simulation, and Experiment

  1. Title:
    HYDRAULIC FRACTURE MODELING AND DESIGN - A PERSPECTIVE ON HOW THINGS HAVE CHANGED FROM CONVENTIONAL TO UNCONVENTIONAL RESERVOIRS

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  2. Title:
    Fluid-induced faulting

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  3. Title:
    Swarm Theory Framework for Evaluating Suitability of Models for Predicting Simultaneous Growth of Multiple Hydraulic Fractures

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  4. Title:
    Laboratory Experimentation on Simultaneous Propagation of Multiple Hydraulic Fractures

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  5. Title:
    Modeling simultaneous growth of multiple pseudo-3D hydraulic fractures with a fixed mesh algorithm

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  6. Title:
    Time-dependent hydraulic fracture initiation and propagation

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  7. Title:
    Simulation of hydraulic fracture propagation using unstructured triangular mesh elements

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  8. Title:
    Static and dynamic fluid-driven fracturing of adhered elastica

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  9. Title:
    Slickwater is not water

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  10. Title:
    What good is Linear Elastic Fracture Mechanics in Hydraulic Fracturing?

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  11. Title:
    Effects of Herschel-Bulkley fluid rheology and proppant on the near tip region of a hydraulic fracture

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  12. Title:
    A semi-infinite hydraulic fracture driven by a shear thinning fluid

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  13. Title:
    The Tip Region of a Near-Surface Hydraulic Fracture

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  14. Title:
    The role of fluid induced shear traction on the surface of a hydraulically driven crack.

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  15. Title:
    Hydraulic Fracture as a Sensitive Material Probe

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  16. Title:
    Optimization of Well Placement and Fracture Design for Multi-Well Pads in Unconventional Tight Reservoirs

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  17. Title:
    Diffusive Fracture Network Representations in Tight Formations

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  18. Title:
    Phase field modeling for fracture propagation in porous medium

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  19. Title:
    A variational phase field model of hydraulic fracturing

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  20. Title:
    A phase-field hydromechanical model of reservoir simulation

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