Boundary-layer theory / Hermann Schlichting.

By: Schlichting, HermannContributor(s): Hermann SchlichtingMaterial type: TextTextPublisher number: Donated by Prof. J P Gupta.Publication details: , New York : McGraw-Hill , ©1968Description: xix,747p. :24cmSubject(s): Boundary layer | Fluid dynamics | Hydrodynamics | Couche limiteDDC classification: 532.052 SCH
Contents:
Fundamental laws of motino for a viscous fluid Outline of fluid motion with friction Outline of boundary-layer theory Derivation of the equations of motion of a compressible (Navier-Stokes equations) General properties of the Navier-Stokes equations Exact solutions of the Navier-Stokes equation Very slow motion Laminar boundary layers Boundary-layer equation for two-dimensional incompressible flow; boundary layer on a plate General properties of the boundary-layer equations Exact solutions of the steady-state boundary-layer equations in two-dimensional motion Approximate methods for the solution of the two-dimensional, steady boundary-layer equations Axially symmetrical and three- dimensional boundary layers Thermal boundary layers in laminar flow Laminar boundary layers in compressible flow Boundary-layer control in laminar flow Non-steady boundary layers Transition Origin of turbulence I Origin of turbulence II Turbulent boundary layers Fundamentals of turbulent flow Theoretical assumptions for the calculation of turbulent flows Turbulent flows through pipes Turbulent boundary layers at zero pressure gradient; flat plate; rotating disk; roughness The incompressible turbulent boundary layer with pressure gradient Turbulent boundary layers in compressible flow Free turbulent flows; jets and wakes Determination of profile drag
Tags from this library: No tags from this library for this title. Log in to add tags.
Star ratings
    Average rating: 0.0 (0 votes)
Holdings
Item type Current library Call number Status Date due Barcode Item holds
Books Books SNU LIBRARY
532.052 SCH (Browse shelf(Opens below)) Available G3007
Total holds: 0

Fundamental laws of motino for a viscous fluid
Outline of fluid motion with friction
Outline of boundary-layer theory
Derivation of the equations of motion of a compressible (Navier-Stokes equations)
General properties of the Navier-Stokes equations
Exact solutions of the Navier-Stokes equation
Very slow motion
Laminar boundary layers
Boundary-layer equation for two-dimensional incompressible flow; boundary layer on a plate
General properties of the boundary-layer equations
Exact solutions of the steady-state boundary-layer equations in two-dimensional motion
Approximate methods for the solution of the two-dimensional, steady boundary-layer equations
Axially symmetrical and three- dimensional boundary layers
Thermal boundary layers in laminar flow
Laminar boundary layers in compressible flow
Boundary-layer control in laminar flow
Non-steady boundary layers
Transition
Origin of turbulence I
Origin of turbulence II
Turbulent boundary layers
Fundamentals of turbulent flow
Theoretical assumptions for the calculation of turbulent flows
Turbulent flows through pipes
Turbulent boundary layers at zero pressure gradient; flat plate; rotating disk; roughness
The incompressible turbulent boundary layer with pressure gradient
Turbulent boundary layers in compressible flow
Free turbulent flows; jets and wakes
Determination of profile drag

There are no comments on this title.

to post a comment.
© Copyright Shiv Nadar University 2012. All Rights Reserved.  Disclaimer |  Sitemap
The Shiv Nadar University has been established under U.P. Act No 12 of 2011. Shiv Nadar University is UGC Approved.