NC SHAPE APPLICATION IN EXTERNAL FLOWS
Since many operating conditions need to be ran to get a full understanding of the drag and lift of a vehicle, companies in the automotive and aerospace sector generate hundreds of thousands of hours of CFD calculations.
Since many operating conditions need to be run to get a full understanding of the aerodynamic behavior of a vehicle, companies in the automotive and aerospace sectors generate innumerable hours of CFD calculations.
PREDICT HUNDREDS OF RESULTS IN A FEW SECONDS
While most engineers usually analyze only a few operating conditions, Shape makes it possible to predict hundreds of results in a few seconds, spanning a range of flow velocities or angles.
This can be predicted for a new design, provided actual simulation data on only a few operating conditions, or with no new simulation at all.
PREDICT BOTH SCALAR AND VECTOR QUANTITIES
With Shape, you can predict not only integrated scalar quantities such as lift and drag, but also pressures and velocities on surfaces, slices, or directly in 3D.
The Geometric Neural Networks used in Shape are particularly good at reproducing strong non-linearities, such as those induced by shock-waves or turbulent flows.
UNRESTRICTED EXPLORATION OF CONCEPTS
With Shape, you can gather data from different design exploration campaigns and naturally explore and compare concepts.
Your ideas and your history are not restricted by parameters
COMPLEMENT YOUR CFD WITH PHYSICAL MEASUREMENT
Shape allows you to exploit your wind tunnel data in the best possible way.
Using transfer learning techniques, you can complement your CFD with physical measurement.
COMPATIBLE WITH YOUR EVERYDAY TOOLS