Difference between revisions of "Day 13"

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On Day 13 we will focus on topics, which include thermal processes. These processes are rather common in the industry and the modeling can be rather challenging. For this we will take a look at the possibilities OpenFOAM offers and concentrate on
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Today we go deep into programming. Although you already programmed applications the days before, here we first take a look at the basics of C++ and start with simple examples, so you can view them from a different perspective. At the end of the day, try and use your knowledge for your problem setting.
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* free convection
 
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* conjugate heat transfer
 
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* reaction modeling
 
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* thermophysical models
 
  
 
Go back to [https://wiki.openfoam.com/index.php?title=%223_weeks%22_series "3 weeks" series].
 
Go back to [https://wiki.openfoam.com/index.php?title=%223_weeks%22_series "3 weeks" series].
  
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=[https://wiki.openfoam.com/Free_convection_by_Sergei_Strijhak Free convection]=
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=[https://wiki.openfoam.com/Basics_of_C%2B%2B_by_Hakan_Nilsson Basics of C++]=
  
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=[https://wiki.openfoam.com/Conjugate_heat_transfer_by_Bruno_Santos Conjugate heat transfer]=
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These pdfs will give you an introduction intro the basics of programming in C++.
  
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Sometimes it is important to consider the heat conduction in a solid wall to correctly model the temperature on a given wall. For that you have to do modifications in your case setup. This tutorial shows you a simple example, where a simulation is explained step-by-step. The focus is on:
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=[https://wiki.openfoam.com/Basic_programming_by_Hakan_Nilsson Basic programming by Håkan Nilsson]=
  
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* case setup
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Here you will find an introduction to basic programming in OpenFOAM by Håkan Nilsson at Chalmers University of Technology. You will learn about
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* running the simulation
 
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* postprocessing
 
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* file description
 
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* understanding the physics
 
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* boundary layer
 
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* analytical solution
 
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* interpreting the results
 
  
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=[https://wiki.openfoam.com/Reacting_flow_by_Bahram_Haddadi_and_colleagues Reacting elbow]=
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* high level programming
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* source code origanisation
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* implementation of applications
  
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Use the reactingFoam solver, simulate combustion of CH4 and O2 in a mixing elbow.
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=End of Day 13=
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* Understanding multi-species and reaction modeling in OpenFOAM
 
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=[https://wiki.openfoam.com/Thermodynamic_class_by_Isabelle_Choquet ThermophysicalModels library]=
 
  
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In this tutorial your will get an introduction into the thermophysical models in OpenFOAM. You will learn how to implement your own models. The focus is on
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We arrived at the end of Day 13. We hope, that you found the information useful and that you will come back tomorrow for even more.  
  
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* thermophysical models
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Now try and use your gathered knowledge and experience of the last days for your own problem setting.
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* implementing your own thermophysical model
 
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* implementing your own transport model
 
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* understanding the physics
 
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=End of Day 13=
 
  
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We arrived at the end of Day 13. We hope, that you found the information useful and that you will come back tomorrow for even more. Until then we wish you a pleasant day.
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Until then we wish you a pleasant day.

Latest revision as of 12:27, 3 October 2018

Today we go deep into programming. Although you already programmed applications the days before, here we first take a look at the basics of C++ and start with simple examples, so you can view them from a different perspective. At the end of the day, try and use your knowledge for your problem setting.

Go back to "3 weeks" series.

Basics of C++

These pdfs will give you an introduction intro the basics of programming in C++.

Basic programming by Håkan Nilsson

Here you will find an introduction to basic programming in OpenFOAM by Håkan Nilsson at Chalmers University of Technology. You will learn about

  • high level programming
  • source code origanisation
  • implementation of applications

End of Day 13

We arrived at the end of Day 13. We hope, that you found the information useful and that you will come back tomorrow for even more. 

Now try and use your gathered knowledge and experience of the last days for your own problem setting.

Until then we wish you a pleasant day.

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