# Aviumtechnologies APM Docs

## Aviumtechnologies APM Docs

- [Introduction to APM](https://docs.aviumtechnologies.com/master.md)
- [Quick start](https://docs.aviumtechnologies.com/quick-start.md)
- [Set up your licence key](https://docs.aviumtechnologies.com/quick-start/set-up-your-licence-key.md)
- [Release notes](https://docs.aviumtechnologies.com/release-notes.md)
- [The configuration file](https://docs.aviumtechnologies.com/user-guide/the-configuration-file.md)
- [Calculating pressure](https://docs.aviumtechnologies.com/user-guide/the-configuration-file/calculating-surface-pressure.md)
- [Calculating skin friction](https://docs.aviumtechnologies.com/user-guide/the-configuration-file/calculating-skin-friction.md)
- [Creating control surfaces](https://docs.aviumtechnologies.com/user-guide/the-configuration-file/creating-control-surfaces.md)
- [Creating actuator disks](https://docs.aviumtechnologies.com/user-guide/the-configuration-file/creating-actuator-disks.md)
- [The mesh file](https://docs.aviumtechnologies.com/user-guide/the-mesh-file.md)
- [Creating meshes](https://docs.aviumtechnologies.com/user-guide/the-mesh-file/creating-meshes.md)
- [OpenVSP](https://docs.aviumtechnologies.com/user-guide/the-mesh-file/creating-meshes/openvsp.md): Creating an unstructured mesh with OpenVSP
- [SUMO](https://docs.aviumtechnologies.com/user-guide/the-mesh-file/creating-meshes/sumo.md): Create an unstructured mesh with SUMO
- [Preprocessor](https://docs.aviumtechnologies.com/user-guide/preprocessor.md)
- [Solver](https://docs.aviumtechnologies.com/user-guide/solver.md)
- [Steady simulations](https://docs.aviumtechnologies.com/user-guide/solver/steady-simulations.md)
- [Unsteady simulations](https://docs.aviumtechnologies.com/user-guide/solver/unsteady-simulations.md)
- [Symmetry](https://docs.aviumtechnologies.com/user-guide/solver/symmetry.md)
- [Wake](https://docs.aviumtechnologies.com/user-guide/solver/wake.md)
- [Interaction with the body](https://docs.aviumtechnologies.com/user-guide/solver/wake/interaction-with-the-body.md)
- [Viscous vortex particle wake](https://docs.aviumtechnologies.com/user-guide/solver/wake/viscous-vortex-particle-wake.md)
- [Output files](https://docs.aviumtechnologies.com/user-guide/output-files.md)
- [Sphere](https://docs.aviumtechnologies.com/sphere.md): Example simulation of a sphere
- [Ellipsoid](https://docs.aviumtechnologies.com/ellipsoid.md): Example simulation of an ellipsoid
- [NACA4412 wing](https://docs.aviumtechnologies.com/naca4412-wing.md): Example simulation of a wing
- [NACA0015 wing](https://docs.aviumtechnologies.com/naca0015-wing.md): Example simulation of a wing
- [Caradonna-Tung rotor in hover](https://docs.aviumtechnologies.com/caradonna-tung-rotor-in-hover.md): Example simulation of a rotor in hover
- [NREL Phase IV wind turbine](https://docs.aviumtechnologies.com/nrel-phase-iv-wind-turbine.md): Example simulation of a wind turbine
- [AGARD-AR-303 E6](https://docs.aviumtechnologies.com/agard-ar-303-e6.md): Example simulation of a fixed-wing configuration
- [Wing-tail configuration](https://docs.aviumtechnologies.com/wing-tail-configuration.md): Example simulation of a fixed-wing configuration
- [Fixed-wing UAV](https://docs.aviumtechnologies.com/fixed-wing-uav.md): Example simulation of a fixed-wing configuration
- [Aerosonde UAV](https://docs.aviumtechnologies.com/aerosonde-uav.md): Example simulation of the Aerosonde UAV (work-in-progress)