Equations for Isothermal Fluid Flow (4 Parts)

Synopsis

Part 1: Derivation. A consideration of the derivation of equations for isothermal fluid flow. General arguments of continuity are applied to fluid flows. Part 2: Fluid stress/strain. Rates of fluid stress and strain are deduced and assigned to the equation of velocity of motion. Part 3: Navier-Stokes equation. A derivation of the Navier-Stokes equation for incompressible fluid flow. Part 4: Vorticity equation. The Navier-Stokes equation is re-written in terms of vorticity.

Language

English

Country

Great Britain

Medium

Video; Videocassette. Standard formats. b&w. 40, 41, 20, 23 min.

Year of production

1972

Availability

Sale

Uses

Individual or small-group viewing for undergraduates in physics or applied mathematics.*

Subjects

Mathematics; Physics

Keywords

algebra; equations; flow; fluid mechanics

Credits

Writer

G H A Cole

Production Company

Name

University of Hull Audio Visual Centre

Sponsor

Name

University of Hull, Department of Physics

Distributor

Name

University of Hull Audio Visual Centre

Phone

0482 465153

Address

HULL
HU6 7RX