Integrated Multi-Physics Lab
Our main interests are investigating multi-physics, multi-scale phenomena through integrating theoretical, experimental, computational analysis combined with data sciences.
Coupled multi-physics phenomena are defined as phenomena with at least two independent physical processes in one or multiple regimes and typically involves solving coupled systems of partial differential equations. For instance, fluid injection into a heterogeneous porous media and the impact of chemical corrosion at the fracture tips, etc. We investigate these phenomena experimentally, theoretically and numerically.
Research Positions Available
Positions are currently available for post-docs, graduate and undergraduate students interested in the study of multi-scale, multi-physics. Please contact Dr. Newell directly at pania.newell@utah.edu.
Recent News
Congratulation Ja-Rey
Ja-Rey’s UROP proposal entitled: “Predicting Mechanical Properties of Heterogeneous Porous Media Using Machine Learning” was awarded.
IMP Lab’s recent paper
Congratulations Truong, Bang, and Michael!
Congratulations to Dr. He for graduating with his PhD
IMP lab is so proud of you and your achievement in such a short time. You Rock Bang!
Check out Michael’s UROP Presentation
Michael, IMP Lab is proud of you and your achievement in this unusual time. Check out Michael’s presentation here.
Congratulations Ja-Rey for receiving a scholarship
Congratulations to Ja-Rey for receiving Joseph H. Merrill Memorial Endowed Scholarship at the University of Utah.Congratulations Michael for taking the 1st place in hackathon
Congratulations to Michael and his team who took the 1st place in the “Game Day Analytics Challenge”. Michale and his …Congratulations Bang for your paper!
Bang’s paper entitled: “A numerical-homogenization based phase-field fracture modeling of linear elastic heterogeneous porous media is now published in Computational …
Congratulations Louis for your first paper!
Louis’s first paper entitled: Chemo-mechanical phase-field modeling of dissolution-assisted fracture got published in CMAME