Download - Heated pipe: Difference between revisions

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== Notes on the Heated pipe version ==
== Notes on the Heated pipe version ==


This code will load state files from the 'ordinary' code.  It will assume there is no perturbation to the base temperature =r^2; a turbulent flow will quickly mix this up.
This code will load state files from the 'ordinary' code.  It will assume there is no perturbation to the base temperature, r^2; a turbulent flow will quickly mix this up.
 
Note that the base temperature r^2 is not the laminar temperature.  To quickly compute the laminar temperature, set i_K=i_M=1, so that only the mean mode k=m=0 is simulated.  This will quickly approach the laminar flow.
 
== Citation ==
 
Please cite something like,
"... heated-pipe code [1] based on Openpipeflow [2]."
 
[1]: DOI: https://doi.org/10.3390/math13020293 (open access)
 
[2]: DOI: https://doi.org/10.1016/j.softx.2017.05.003 (open access)





Revision as of 03:32, 7 February 2025

Installation

If you already have a Fortran compiler, then you only need download the current version (link below), and unpack

 tar -xvvzf Openpipeflow-hp-x.xx.tgz

The Makefile has been set up for gfortran, but compile flags for several compilers are included: g95, gfortran, ifort, pathf90, pgf90.

Next see Getting_started, then try the Tutorial.

Notes on the Heated pipe version

This code will load state files from the 'ordinary' code. It will assume there is no perturbation to the base temperature, r^2; a turbulent flow will quickly mix this up.

Note that the base temperature r^2 is not the laminar temperature. To quickly compute the laminar temperature, set i_K=i_M=1, so that only the mean mode k=m=0 is simulated. This will quickly approach the laminar flow.

Citation

Please cite something like, "... heated-pipe code [1] based on Openpipeflow [2]."

[1]: DOI: https://doi.org/10.3390/math13020293 (open access)

[2]: DOI: https://doi.org/10.1016/j.softx.2017.05.003 (open access)


Current version

Openpipeflow-hp-1.21: