
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
Playamo: A Practical Guide to Exploring the Platform Safely and Confidently
Playamo: what to know before you play If you’ve searched for playamo, your intent is likely straightforward: you want to …
Welcome Dr. Trinh!
IMP Lab is thrilled to welcome our newest member, Dr. Minh Chien Trinh! Dr. Trinh brings extensive expertise in computational …
Welcome Jiseok!
We are very excited to have David (Jiseok) Han officially join our lab. Welcome aboard, Jiseok!
Newell receives John Francis prize for undergraduate student mentoring
Receiving the John Francis Prize for undergraduate student mentoring is a profound honor, and I am deeply grateful for the …
Mohamed successfully defeded his master’s thesis!
Hearty congratulations to Mohamed on successfully defending his master’s thesis. I’m so proud of you, your hard work and dedication …
Check out Ep 91!
Ep. 91: Staff: The invisible backbone of academia
Seo received department’s outstanding dissertation award!
Congratulations to Dr. Seo Young Ahn on being awarded the department’s outstanding dissertation. The IMP Lab is so proud of …
Congratulations to Ryan for his new publication
Congratulations to Ryan on publishing his new article, “Phase-field fracture modeling in porous materials with idealized and realistic morphologies,” in …


