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  • User Guide
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      • 1. Getting Started
        • 1.1. Literature for Users
        • 1.2. Training Videos
        • 1.3. Running the First Simulations
        • 1.4. Software Requirements
        • 1.5. Literature for Developers
        • 1.6. References
      • 2. Best Practice
        • 2.1. Organization of packages
        • 2.2. Building large system models
        • 2.3. Propagating parameters and media packages
        • 2.4. Thermo-fluid systems
        • 2.5. Controls
        • 2.6. Start values of iteration variables
      • 3. Simulation Performance
        • 3.1. Unstable control loops
        • 3.2. Control input signal of equipment
        • 3.3. Fluid flow systems
        • 3.4. Examples for how to debug and correct slow simulations
        • 3.5. Numerical solvers
      • 4. Pre- and Post-Processing
      • 5. Development
        • 5.1. Contributing
        • 5.2. Guidelines for contributions
        • 5.3. Style guide
        • 5.4. Adding a new class
        • 5.5. HVAC and control templates
        • 5.6. Validation and unit tests
      • 6. Help
      • 7. Glossary
      • 8. Acknowledgments
      • 9. Disclaimers
      • 10. Copyright and License

Index

C | I | N | R | S | T | V

C

  • compressible flow

I

  • incompressible flow
  • iterative solver

N

  • numerical noise

R

  • regularization

S

  • state variables

T

  • thermo-fluid system

V

  • valve authority

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Created using Sphinx 7.4.7.