Incompressible Navier-Stokes Kovasznay flow Taylor-Green vortex Impulsively accelarated flat plate Stagnation point flow Incompressible Stokes flow Flow around a sphere wannier-Stokes flow Flow in a square duct Compressible linearized potential equation Subsonic flow over wavy wall Supersonic flow over wavy wall

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Please find/chọose a partial differential equation (PDE) related to fluid motion. Some
examples are given below.
Incompressible Navier-stokes
Kovasznay flow
Taylor-Green vortex
Impulsively accelarated flat plate
Stagnation point flow
Incompressible Stokes flow
Flow around a sphere
wannier-Stokes flow
Flow in a square duct
Compreșsible linearized potential equation
Subsonic flow over wavy wall
Supersonic flow over wavy wall
Incompressible_potetial flow
Flow over a cylinder
Flow over a corner
Incompressible MHD
Hunt solution in a square duct
Shercliff solution in a square duct
First determine the type of PDE. Then provide suitable boundary and initial conditions
in order to define a well posed problem. Finally solve the PDE with analytical
approaches. Draw/plot the solution in two dimensions.
Transcribed Image Text:Please find/chọose a partial differential equation (PDE) related to fluid motion. Some examples are given below. Incompressible Navier-stokes Kovasznay flow Taylor-Green vortex Impulsively accelarated flat plate Stagnation point flow Incompressible Stokes flow Flow around a sphere wannier-Stokes flow Flow in a square duct Compreșsible linearized potential equation Subsonic flow over wavy wall Supersonic flow over wavy wall Incompressible_potetial flow Flow over a cylinder Flow over a corner Incompressible MHD Hunt solution in a square duct Shercliff solution in a square duct First determine the type of PDE. Then provide suitable boundary and initial conditions in order to define a well posed problem. Finally solve the PDE with analytical approaches. Draw/plot the solution in two dimensions.
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