Skip to main content Accessibility help
Internet Explorer 11 is being discontinued by Microsoft in August 2021. If you have difficulties viewing the site on Internet Explorer 11 we recommend using a different browser such as Microsoft Edge, Google Chrome, Apple Safari or Mozilla Firefox.

Chapter 7: Particle–Turbulence Interaction in the Dilute Limit

Chapter 7: Particle–Turbulence Interaction in the Dilute Limit

pp. 181-241

Authors

, University of Florida
Resources available Unlock the full potential of this textbook with additional resources. There are free resources available for this textbook. Explore resources
  • Add bookmark
  • Cite
  • Share

Summary

In Chapter 4, we started with a rigorous derivation of force on a spherical particle in the limit of zero Reynolds number in a time-dependent uniform ambient flow, which led to the BBO equation. We then extended the analysis to spatially varying flows in the Stokes limit and obtained the MRG equation. At finite Reynolds number, due to the introduction of fluid inertia, we saw how difficult a complete solution of the hydrodynamic force on a particle can become. In this chapter, we plan to boldly venture into the difficult topic of interaction between a particle and a turbulent flow.

About the book

Access options

Review the options below to login to check your access.

Purchase options

eTextbook
US$84.99
Hardback
US$84.99

Have an access code?

To redeem an access code, please log in with your personal login.

If you believe you should have access to this content, please contact your institutional librarian or consult our FAQ page for further information about accessing our content.

Also available to purchase from these educational ebook suppliers