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Examples
These examples illustrate some interesting models that can be created
with BFlow. These assume some familiarity with BFlow, and so they don't
go into as much detail as the Tutorials.
Example 1 simulates the cooking of a hamburger as it is flipped in a pan
every 60 seconds. This is similar to my FlexPDE model.
Example 2 models the deposition of a polysilicon film onto a silicon wafer.
This chemical vapor deposition model solves for fluid flow, heat transfer,
and chemical species and includes a surface reaction.
Example 3 models the evaporation of water into an air stream. A good
mass transfer example.
Example 4 simulates the heating of air as it passes by a warm resistor.
This illustrates how to create conjugate heat transfer models in BFlow
Example 5 looks at how to implement freezing in BFlow. By adding some
special fields for tracking cumulative heat and the state of the fluid, phase
changes can be included in a model.
Go to Examples
These examples illustrate some interesting models that can be created
with BFlow. These assume some familiarity with BFlow, and so they don't
go into as much detail as the Tutorials.
Example 1 simulates the cooking of a hamburger as it is flipped in a pan
every 60 seconds. This is similar to my FlexPDE model.
Example 2 models the deposition of a polysilicon film onto a silicon wafer.
This chemical vapor deposition model solves for fluid flow, heat transfer,
and chemical species and includes a surface reaction.
Example 3 models the evaporation of water into an air stream. A good
mass transfer example.
Example 4 simulates the heating of air as it passes by a warm resistor.
This illustrates how to create conjugate heat transfer models in BFlow
Example 5 looks at how to implement freezing in BFlow. By adding some
special fields for tracking cumulative heat and the state of the fluid, phase
changes can be included in a model.
Go to Examples
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