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Computational Aerosciences Lab
  • CASLAB
  • In the News
  • People
  • Research
  • Teaching
Computational Aerosciences Lab
  • CASLAB
  • In the News
  • People
  • Research
  • Teaching
  • More
    • CASLAB
    • In the News
    • People
    • Research
    • Teaching

RECENT NEWS:

  • AI, Computation & Scientific Discovery : Q & A with the Michigan Engineer

  • UM/Los Alamos AI Research Complex

  • NVIDIA Summit Panel on AI for Science, Energy and Security w/ Special remarks from DOE Sec. Granholm

  • Podcast on AI4Science, SciFMs & Turbulence with Neil Ashton

  • Collaboration with Los Alamos National Laboratory

  • Summer school on Scientific Foundation Models

  • Conference on Scientific Foundation Models

  • Interview at the World Economic Forum @ Davos (Bloomberg)

About us

We are a computational modeling group. Simply put, we build models of  real-world problems and we develop theory, algorithms and approaches to enable the construction of such models.  Our research includes innovations in physics-based modeling,  mathematical formalisms, data-driven modeling and numerical methods.  Our work targets applications at a fundamental level (e.g. analyzing basic physical phenomena) all the way to a system-level setting (e.g. models for control)

Overarching themes in our lab include complexity reduction, and the development and application of "appropriate'' fidelity models to answer a spectrum of scientific and engineering questions. 

Read more about our work in these  websites:

Center of Excellence on Rocket Combustion

Turbulence Modeling Gateway

Center for Data-driven Computational Physics

Prof. Duraisamy is also the Director of the Michigan Institute for Computational Discovery & Engineering (MICDE)

PEOPLE

The team >>

Research 

Check out what we're working on now >>

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