Viscous flow /

In this patient education video, advice is given to parents about different aspects of child development for toddlers from the age of two and parents talk about their experiences with their children.

Saved in:
Bibliographic Details
Main Author: Ockendon, Hilary
Other Authors: Ockendon, J. R.
Format: Book
Language:English
Published: Cambridge ; New York : Cambridge University Press, 1995.
Series:Cambridge texts in applied mathematics
Subjects:
Table of Contents:
  • 1. Modelling a viscous fluid. 1.1. Modelling aspects. 1.2. Stress. 1.3. The Navier-Stokes equations. 1.4. Vorticity. 1.5. Nondimensionalisation
  • 2. Boundary layers. 2.1. Asymptotic methods for boundary layers. 2.2. The boundary layer on a flat plate. 2.3. Further applications of Prandtl's equations
  • 3. Slow viscous flow. 3.1. Flow at low Reynolds number. 3.2. A simple model equation. 3.3. Slow flow past a sphere. 3.4. Slow flow past a circular cylinder. 3.5. Slow flow with free boundaries
  • 4. Thin films. 4.1. Lubrication theory for slider bearings. 4.2. Squeeze films. 4.3. Thin films with free surfaces. 4.4. Hele-Shaw flow
  • 5. Spatial and temporal complexity. 5.1. Flow in a porous medium. 5.2. Unsteady flows. 5.3. Stability theory. 5.4. Turbulence
  • Appendix A A brief introduction to asymptotics
  • Appendix B Uses of group theory.