WHAT IS FLIGHTSTREAM?
FlightStream® is a surface vorticity flow solver designed to allow users to develop optimized designs for compressible and incompressible subsonic vehicles as well as transonic vehicles. Applications range from modeling UAVs, High-Altitude-Aerostats, high subsonic transport and military aircraft, marine propellers and under-water vehicles, wind turbines, propellers, store separation, high-lift components and more!
Equipped with the state-of-the-art unstructured surface-mesh compressible-flow vorticity solver, FlightStream® eliminates the costly process of volume mesh generation and mesh-dependency on flow-field solutions and stability. FlightStream® provides the ability to design airplanes within an optimization pipeline in a fraction of the time taken by conventional CFD solvers. FlightStream® integrates with Research in Flight’s proprietary CAD library, allowing users to import their geometries designed in any commercial CAD/CAE software (such as SolidWorks, AutoCAD, NX, CATIA etc.). The FlightStream® vorticity solver works from very small mesh sizes compared to traditional CFD solvers and serves to reduce user input in generating high fidelity surface meshes
FlightStream® is one of the most versatile and powerful aerodynamic analysis tools for aerospace, marine and alternative energy applications today.