Fluid Mechanics > Dynamics of Fluids > Diffusion of Fluids, Equation of Continuity, Flow Rate, Viscosity
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Highlights:
This project introduces students to the fast-growing field of mechanobiology, starting from a research article.
Abstract:
This project introduces students to the fast-growing field of mechanobiology, and specifically active matter, starting from a research article. It was developed for a general biophysical modeling course for 2nd-4th year undergrads in any of several science majors. Students need some background in diffusion and some facility in computer coding (e.g. in Python). This project highlights how a simple simulation can establish contact between a physical model and a current experiment. To that end, students are asked to read a recent article and draw connections to their results.
Resource Types:
Lecture materials, Instructor supplement, Restricted access, Project
Remote Learning Ready:
This resource has been designed or adapted for use in remote learning.
Authors:
TOPICS
Physics Topics:
Life Sciences Topics:
Biomechanics > Mechanics of Biomaterials
Cross-cutting Biological Concepts > Causal Mechanisms > Physical Mechanisms
Cross-cutting Biological Concepts > Levels of Organization > Emergent Phenomena
Math Topics:
Probability
INSTRUCTOR GUIDE
IMPLEMENTATION
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PEDAGOGY
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SUBMISSION DETAILS
Copyright: 2026 philip nelson
CC BY-NC-SA - Attribution, No Commercial uses and Share Alike. Derivative works must have the same license.Last Edit Date:
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