Autodesk fusion 360 airfoil generator how to#
Autodesk fusion 360 airfoil generator free#

make a wing bigger), the new foil shape will be automatically re-computed and all data updated, so you can be sure that your design will always contains best-performing shapes no matter what you change. moment centers), parameter variables you might need to use, and reference polar diagrams and power charts etc that save with your project. The Add-in will insert foil points connected by spline or loft, and optionally also construction elements you can reference in your design (e.g. Supply power details if relevant (input for propellers, or output for turbines).Speed range and surface finish (rough or smooth) Specify your operating conditions: i.e.Specify you medium (Air, Water, or other) and its property ranges (temperature, altitude, depth, salinity, turbulence).Chose an optional center-of-moment point to auto-position for ideal angle-of-attack (which differs as a function of use conditions)

Autodesk fusion 360 airfoil generator how to#

Decide where and how to place it (select points or lines in 2D, or paths and planes in 3D) which also defines the size and direction.

best L/D for wings, lowest drag for struts)

Select what you want (wing, strut, prop, turbine, cowl, or duct) - which also defines what 'optimal' means (e.g.

If you want something, and can't see that we already do it, now is your chance! Let me know immediately, so I can be sure it's included in future. IMPORTANT: If you need or work with airfoil or hydrofoil shapes, please have a think about what you would hope to see in this Add-in: as a programmer, it's vastly less expensive and time-consuming to accommodate future user cases from day one.

Autodesk fusion 360 airfoil generator free#

For anything not suitable for public, I use gmail - my address is the same as my username on this forum - feel free to write to me directly. This forum posting is here to solicit user (or potential users) suggestions, feedback, and comments, and also for bug-reports a help and feedback forum for users. Also included are facilities to perform specific optimisations for your exact needs, along with a suite of other tools. the best in the UIUC database by 10% to 100%, and all NACA shapes by 57% to 120%). 'Ideal' is based on thousands of hours of CFD simulations and particle-swarm genetic optimisation for popular use cases, and typically out-performs legacy shapes (e.g. The Add-in collects the necessary information about the scale, medium, power, and/or expected conditions from you, and parametrically inserts the ideal shape best-suited to your intended purpose.

Ducts suitable for use as a Propeller or Turbine shroud.

Propellers and Turbines, to be driven by a motor, or collect energy from flow.

Cowlings (low-drag shapes for the nose or tail of anything in a flow).Wings (lifting foils) and Struts (low-drag symmetric foils).My decade of work in water and airfoil optimisation is now a Fusion 360 Add-in.