Pioneering Multi-Physics Research
The RIT Geotechnical & Concrete Materials Research Group advances resilient infrastructure through integrated material mechanics and structural performance. Our work combines thermo–hydro–mechanical (THM) experimentation with state-of-the-art multi-physics computational modeling to understand and predict the behavior of geomaterials and concrete under extreme environmental and loading conditions.
Research Areas
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Coupled THM Processes
The group investigates multi-physical interactions in soils and cementitious materials, with a focus on thermo–hydro–mechanical (THM) behavior relevant to energy storage and nuclear waste barrier systems.
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Infrastructure Resilience
We advance infrastructure resilience through experimental evaluation of concrete durability in harsh environments and predictive modeling of structural performance under extreme seismic and thermal loading.
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Climate Adaptation
We develop climate-resilient materials and systems capable of adapting to evolving environmental stressors, ensuring long-term performance under changing atmospheric conditions.
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Computational Frameworks
he group develops multi-scale finite element modeling (FEM) approaches and unified multi-physics frameworks to simulate material degradation and predict long-term infrastructure performance.
Advanced FEM & Characterization
The group integrates high-fidelity finite element modeling with advanced experimental characterization to understand the multi-physics behavior of concrete and geomaterials. By coupling thermo–hydro–mechanical (THM) simulations with rigorous laboratory testing under extreme loading conditions, we develop predictive frameworks for resilient infrastructure and long-term durability in complex environments.
Advancing Infrastructure Resilience through Multi-Physics Innovation
Led by a vision of integrated geotechnical and structural science, the RIT GeoMaterials & Multi-Physics Research Group advances the study of multi-physics behavior in geomaterials and cementitious systems. Our work focuses on coupled thermo–hydro–mechanical (THM) processes through the integration of advanced finite element modeling (FEM) and experimental characterization. We partner with industry and support student innovation to address infrastructure resilience, climate adaptation, and predictive modeling of material performance under extreme loading conditions.
Latest Research Updates
Academic insights and group updates on geotechnical engineering, concrete materials, and multi-physics development.
Connect with the Group
The RIT Geotechnical & Concrete Materials Research Group bridges materials science and civil engineering to advance infrastructure resilience in complex multi-physics environments.
Laboratory Headquarters
Department of Civil Engineering Technology, Environmental Management, and Safety
Rochester Institute of Technology
Inquiries & Partnerships
info@ritgeomaterials.com
+1 (585) 475-2195
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