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pipe_split development  one input to 4 outputs
pipe_split.py3     open ends for navier stokes flow
pipe_splits.py3    closed ends for .stl   solid
pipe_splitst.py3   thick walls for .stl
pipe_splitsu.py3   thin walls for .stl
This is files 
pipe_split.py3  source code
pipe_split_py3.out  output
pipe_split_py3.dat  graphics
Pictures made with  light_dat  program
 
 
 Navier Stokes flow analysis can be applied to this geometry
Now convert to solid
pipe_splits.py3  source code
pipe_splits_py3.out  output
pipe_splits_py3.dat  graphics
pipe_splits.stl  3D printer file
Picture made with  light_stl  program  closed ends, solid
Navier Stokes flow analysis can be applied to this geometry
Now convert to solid
pipe_splits.py3  source code
pipe_splits_py3.out  output
pipe_splits_py3.dat  graphics
pipe_splits.stl  3D printer file
Picture made with  light_stl  program  closed ends, solid
 More coming  thick walls, thin walls  .stl
More coming  thick walls, thin walls  .stl
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  -  
       CMSC 455 home page
       
  
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       Syllabus - class dates and subjects, homework dates, reading assignments
       
  
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       Homework assignments  - the details
       
  
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       Projects - 
       
  
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       Partial Lecture Notes, one per WEB page
       
  
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       Partial Lecture Notes, one big page for printing
       
  
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       Some brief notes on Matlab
       
  
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       Some brief notes on Python
       
  
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       Some brief notes on Fortran 95
       
  
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       Some brief notes on Ada 95
       
  
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       An Ada math library (gnatmath95)
       
  
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       parallel threads examples
       
  
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 coordinate systems, differential operators
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       selected news related to numerical computation