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 email@example.com.
At IMP Lab we are committed to promoting a JEDI ( Just, equitiable, diverse, and inclusive) community!
- Chong was selected to receive the MMLDT-CSET Conference NSF fellowship to attend the conference and a short course offered on data …
- Dr. Newell was one of the recipients of the USNCCM-best female presentation award.
- IMP-Lab will be involved at USNCCM16: Invited talk organizing and chairing a session: Recent advances in multi-scale, multi-physics computational methods …
- Dr. Newell gives an invited entitled “Chemically-Driven Fracture in Porous Media: A Phase-Filed Fracture Study” at USNCCM16.
- Ep.13 – Which Q comes first: Quality or Quantity?
- Dr. Newell wrote a commentary piece published by prestigious journal of Nature Reviews Chemistry entitled “An ancient battle between environment …
- Ep.12 – Myths and Realities of Academic Administration
- Dr. Newell gives an invited keynote talk at Goldchemidt “Geochemically-Assisted Fracture: A phase-field study”