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@InertialMicrocavitationRheometry

IMR

Inertial Microcavitation Rheometry

Inertial Microcavitation Rheometry (IMR)

Welcome to the IMR GitHub Org.!

Inertial Microcavitation high strain-rate Rheometry (IMR) correlates the evolution of the bubble pressure and the stress field in the material with the resulting kinematics, namely the change in bubble radius over time, which is recorded via high-speed videography.

IMR originated from the Franck Lab at the University of Wisconsin-Madison. The first paper discussing IMR is located here. Now, it is developed and maintained by the groups of Professors (alpha by last).

There is a user guide and documentation to get you started. Another good resource is the README.md in the repositories.

If you have questions, you can contact the maintainers (e.g., Jon Estrada) and/or request to join the IMR Slack workspace.

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  1. IMR_data_assimilation IMR_data_assimilation Public

    IMR with Data Assimilation

    MATLAB 1 1

  2. IMR_v1 IMR_v1 Public

    Vanilla IMR codebase

    MATLAB 2 1

  3. Intro-to-IMR Intro-to-IMR Public

    Simple codes to numerically simulate laser/ultrasound-induced inertial cavitation bubble dynamics in soft materials

    MATLAB 13 3

  4. parsimonious_IMR parsimonious_IMR Public

    Forked from zhirenruns/parsimonious_IMR

    A parsimonious inverse characterization procedure for soft material viscoelasticity. Laser-induced cavitation experiment data is processed according to an analytical energy budget framework to rapi…

    MATLAB 4 2

  5. IMR_Bayesian_inference IMR_Bayesian_inference Public

    IMR Bayesian Optimal Model Selection

    MATLAB

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