Integrated Multi-Physics lab
The Integrated Multi-Physics laboratory investigates multi-physics, multi-scale phenomena by integrating theoretical, experimental, and computational analysis with data sciences. The lab focuses on coupled multi-physics phenomena, defined as those involving at least two independent physical processes across one or multiple regimes, often requiring the solution of coupled systems of partial differential equations.
About Dr. Pania Newell
Pania Newell, Associate Professor in Mechanical Engineering and Adjunct Faculty in the School of Computing and Department of Civil Engineering, investigates multi-physics and multi-scale phenomena through theoretical, experimental, and computational analysis integrated with data sciences to solve coupled systems of partial differential equations.
About the IMP Lab
The Integrated Multi-Physics laboratory (IMP Lab) , located in the Department of Mechanical Engineering at the University of Utah, investigates multi-physics, multi-scale phenomena through the integration of theoretical, experimental, and computational analysis combined with data sciences. This work focuses on coupled multi-physics phenomena defined as processes involving at least two independent physical processes in one or multiple regimes which typically requires solving coupled systems of partial differential equations. Specific research areas include fluid injection into heterogeneous porous media and the impact of chemical corrosion at fracture tips , with results shared through academic publications.
Teaching includes courses on Introduction to Finite Elements , Strength of Materials , Inelasticity , and Theory of Linear FEM . The approach emphasizes the translation of theoretical knowledge into practical solutions through the mentoring of postdoctoral researchers, graduate, and undergraduate students.
Research Focus
Computational multi-physics analysis of coupled phenomena
Investigating multi-physics, multi-scale phenomena through integrating theoretical, experimental, and computational analysis combined with data sciences to solve coupled systems of partial differential equations.
Quantum-classical computing in heterogeneous systems
Exploring the integration of quantum and classical computing methods to analyze complex heterogeneous systems.
Fracture analysis in multi-physics systems
Analyzing fracture mechanics within systems where multiple independent physical processes interact, such as the impact of chemical corrosion at fracture tips during fluid injection into heterogeneous porous media.
Computational homogenization of heterogeneous materials
Developing computational methods to homogenize the properties of heterogeneous materials for better system-level analysis.
Multi-physics machine learning
Applying machine learning techniques to model and predict outcomes in coupled multi-physics phenomena.
Explore the Full Picture
Also investigating constitutive modeling and nano/micro-architected porous media, among other topics.
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 .
