![](/olcweb/styles/shared/spacer.gif) | Chapter Objectives (See related pages)
Understand how the differential
equations of mass and
momentum conservation
are derived |
![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | Calculate the stream function
and pressure field, and plot
streamlines for a known
velocity field |
![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | Obtain analytical solutions
of the equations of motion
for simple flow fields |
![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | Appreciate why approximations
are necessary to solve many fluid
flow problems, and know when
and where such approximations
are appropriate |
![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | Understand the effects of the
lack of inertial terms in the
creeping flow approximation,
including the disappearance
of density from the equations |
![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | Understand superposition as
a method of solving potential
flow problems |
![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | ![](/olcweb/styles/shared/spacer.gif) | Predict boundary layer
thickness and other
boundary layer properties |
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