Abstract ID: 417225 Abstract Title: A Modified Phase Field Model for Mixed-Mode Crack Propagation with Consistent Kinematic Modes Final Paper Number: H21P-0991 Presentation Type: Poster Session Date and Time: Tuesday, 11 December 2018; 08:00 - 12:20 Session Number and Title: H21P: Risk Assessment of Fluid-Driven Fracturing in Heterogeneous Geologic Media: Numerical, Experimental, and Field Observations Posters Location: Convention Center; Hall A-C (Poster Hall) Abstract ID: 414847 Abstract Title: A nonlocal damage-plasticity model for compaction band and fractures in anisotropic fluid-infiltrating crystalline rock Final Paper Number: H21P-0990 Presentation Type: Poster Session Date and Time: Tuesday, 11 December 2018; 08:00 - 12:20 Session Number and Title: H21P: Risk Assessment of Fluid-Driven Fracturing in Heterogeneous Geologic Media: Numerical, Experimental, and Field Observations Posters Location: Convention Center; Hall A-C (Poster Hall)
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Our first article on automated meta-modeling of path-dependent materials accepted in CMAME12/7/2018 In this work, we introduce a single-player game in which we attempt to use the formation of directed graph to represent the thought process / decision process of writing a cohesive zone model. In this work, the AI uses deep reinforcement learning to form knowledge of mechanics represented by directed graph, this knowledge is then used to generate constitutive law. Unlike previous supervised learning method, the automatically discovered/generated/implemented cohesive zone model is robust, accuracy and interpretable by human. Full details can be from the article [URL]. The second one will be coming soon.
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