Toward Capturing Water Anomalies with a SAFT-VR Mie Two-State Model by Alican Ertas
Abstract A deeper understanding of the molecular-level behavior of water is crucial for the design...
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Category: CERE Seminars
Predictive Thermodynamic Modeling of Unlike Interactions: fitted, COSMO-informed, and predictive parameters by Javad Amanabadi
Abstract Accurately describing specific interactions between unlike molecules remains a challenge...
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Experimental Investigation of Geochemical Rock-Fluid Interactions During Impure CO2 Storage by By Ding Xiong
Abstract Geological CO2 storage involves a sophisticated hierarchy of trapping mechanisms,...
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Free-Hydroxyl Fraction in Liquid Methanol from Molecular Dynamics Simulations and Statistical Associating Fluid Theory by Mohammad Moid
Abstract Alcohols are prototypical associating liquids whose thermodynamic behavior is strongly...
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Assessment of green solvents performance in gas hydrate systems containing mixed gases through CPA thermodynamic modeling by Professor Peterson Thokozani Ngema
Abstract Natural gas hydrates have been recognized as a promising and sustainable future energy...
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Developing an In-house Compositional Reactive Transport Simulator for Underground CO2 storage by Aliakbar Roozshenas
Abstract Geological CO₂ sequestration (GCS) is a critical strategy for mitigating anthropogenic...
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Analytical solution of composition and pH for underground CO2 injection into aquifers using negative flash calculations by Matin Bageri
Abstract This study develops a one-dimensional analytical framework for CO₂ injection into saline...
Read MoreExtending SAFT-based equations to inhomogeneous fluids using Classical Density Functional Theory: Application to the SAFT-VR Mie Equation of State by André de Freitas Gonçalves
Abstract A general framework for extending SAFT-based equations of state to model inhomogeneous fluids will be presented, based on the use of Classical Density Functional Theory. A brief review of state-of-the-art models,...
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Process Intensification of CO2 Hydrates-based Seabed Sequestration by Karey Maynor and Vaibhav Bahadur
AbstractSignificant carbon sequestration capacity (up to 10 Gigatons/yr) could be needed by 2050...
Read MoreAI Robots: Self-Driving Car and Mobile Robot by Professor Jinn-Liang Liu
Abstract An AI framework for self-driving cars (my Toyota car, for example, on Level 2 autonomy) andmobile robots (comma.ai’s comma body) will be briefly described. The framework includes a deep neural network, autonomous...
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