Detailed Record


EFRC-MUSE: Multi-Scale Fluid-Solid Interactions in Architected and Natural Materials


Abstract Phase interactions and fluid properties in geological and other environments are critical in applications ranging from hydrogen production and geologic storage and recovery, carbon dioxide storage and sequestration, and the sustainable use of water resources. The four goals of EFRC-MUSE: Multi-Scale Fluid-Solid Interactions in Architected and Natural Materials were based on the priority directions articulated in the Basic Research Needs documents, and the scientific needs in nanoscience. 1. Develop a fundamental understanding of confinement and surface interactions in mesoscale media with nanometer-sized pores on the phase behavior, thermodynamic and multiphase flow properties of multicomponent fluid mixtures. 2. Examine the impact of mineralogy and material heterogeneity on mechanical properties to better understand chemo-mechanical interactions in material failure. 3. Determine in-operando cross-scale structural and nanostructural material properties with fluids in confinement and flow under realistic condi
Authors Milind Deo ORCID , Michael H. Bartl ORCID , Darryl P. Butt ORCID , Greeshma Gadikota ORCID , Michael P. Hoepfner ORCID , John Kaszuba ORCID , Jules J. Magda ORCID , Swomitra K. Mohanty ORCID , John McLennan ORCID , Jan D. Miller ORCID , Jiaoyan Li ORCID , Jiaqi Jin ORCID , Subhash H. Risbud ORCID , Brian McPherson ORCID , Bryony Richards ORCID , Yidong Xia ORCID , Adri C. T. van Duin ORCID , Ilya Zharov ORCID
Journal Info |
Publication Date 11/11/2024
ISSN
TypeKeyword Image report
Open Access closed Closed Access
DOI https://doi.org/10.2172/2476669
KeywordsKeyword Image Carbon fibers (Score: 0.42407796)