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Computational Continuum Mechanics Research Group

Computational Continuum Mechanics Research Group

  • Home
  • Collaboration
  • Teaching
  • News
  • Events
  • NUMAP-FOAM Summer School 2024

About Us

  • About Us overview
  • Team Members

Research

  • Research overview
  • Computational Continuum Mechanics
  • HPC and Linear Algebra
  • Complex Physics
  • Dynamic Mesh
  • Naval and Off-Shore CFD
  • Surface Wear
  • Cavitation Erosion

Software

  • Software overview
  • OpenFOAM CCM Library
  • FoamPython
  • Home
  • About Us

    About Us

    About Us overview
    • Team Members
  • Research

    Research

    Research overview
    • Computational Continuum Mechanics
    • HPC and Linear Algebra
    • Complex Physics
    • Dynamic Mesh
    • Naval and Off-Shore CFD
    • Surface Wear
    • Cavitation Erosion
  • Software

    Software

    Software overview
    • OpenFOAM CCM Library
    • FoamPython
  • Collaboration
  • Teaching
  • News
  • Events
  • NUMAP-FOAM Summer School 2024
    • Home
    • About Us
    • Research
    • Software
    • Collaboration
    • Teaching
    • News
    • Events
    • NUMAP-FOAM Summer School 2024

Computational Continuum Mechanics Research Group

Department of Physics (The Cavendish Laboratory)

The Computational Continuum Mechanics (CCM) research group is a part of The Centre for Scientific Computing (CSC). Our focus is on low-speed phenomena, elliptic and hyperbolic equations and strongly coupled equation sets.

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About us Team Members Collaboration
Teaching

If you are interested in joining our teaching courses, visit the teaching activities page. Offering vary from a 10-day summer school , an extended study visit embedded with the group, to a 1-year MPhil course or a 4-year PhD.

NUMAP-FOAM-2024
NUMAP-FOAM Summer School 2024

The 2024 edition of the NUMAP-FOAM Summer School is organized by Professor Hrvoje Jasak (Uni Cambridge) and Dr. Tessa Uroic (Uni Zagreb) at The Cavendish Laboratory, University of Cambridge.

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Computational Continuum Mechanics

The age of conventional CFD methods, unstructured polyhedral meshes and Algebraic Multigrid (AMG) solvers is coming to an end.  The future is best described in the AIAA CFD 2030 study, which demands much more: this is the focus of the research group.

Computational Continuum Mechanics Research Group

Contact Information

Maxwell Building 3rd Floor J J Thompson Avenue Cambridge CB3 9DA
hj348@cam.ac.uk

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