Products

flightstream®, toolboxes, integration & more...

 
STUDENT EDITION
Placeholder Picture
PROFESSIONAL EDITION
Placeholder Picture
License duration
Academic year
365 days annual licensing
CAD import/export & meshing tools
Placeholder Picture
Placeholder Picture
HPC computing and logistical support
Placeholder Picture
Placeholder Picture
Abaqus import/export for structural modeling and analysis
 
Placeholder Picture
Solver Sweeper, S&C, BLI Toolbox
Placeholder Picture
Placeholder Picture
Reduced Order Aerodynamics Model Toolbox
 
Placeholder Picture
NPSS toolbox for propulsion integration and systems simulation
 
Placeholder Picture
Aeroacoustics Toolbox
Placeholder Picture
Placeholder Picture
Access to FlightStream® documentation & support
Placeholder Picture
Placeholder Picture
Customized application support & engineering services
 
Placeholder Picture

flightstream® is a team player

THE ALL-IN-ONE AERODYNAMICS TOOLBOX

FlightStream® is compatible with all commercial CAD/CAE software such as NX, SolidWorks, CATIA, SolidEdge and more. Any software that can generate a CAD file and export it in IGES format can be imported directly in FlightStream®. For users of Cadence Pointwise® or ANSA meshing tools, FlightStream® is a compatible solver package.

FlightStream® is also capable of exporting surface flow parameters and aerodynamic loads to Tecplot 10, Tecplot 360, ParaView post-processing software, as well as custom export formats readable by users into their analysis.

On the structural analysis side, FlightStream® can import FEA surface-meshes while exporting aerodynamic force or pressure distributions (examples of compatible software include Abaqus, MSC Nastran etc.).

Placeholder Picture
Placeholder Picture
Placeholder Picture
Placeholder Picture
Placeholder Picture
Placeholder Picture
Placeholder Picture
Placeholder Picture
Placeholder Picture
 
IMPORT GEOMETRY
EXPORT SOLUTION
CAD / CAE compatibility with commercial software (NX, SolidWorks, CATIA, etc.)
Placeholder Picture
 
Cadence/Pointwise®
Placeholder Picture
 
ANSA
Placeholder Picture
 
NASA OpenVSP
Placeholder Picture
 
Tecplot 360 / Tecplot 10 / Tecplot Chorus
 
Placeholder Picture
ParaView analysis software
 
Placeholder Picture
Abaqus structural modeling and analysis
Placeholder Picture
Placeholder Picture
MSC NastranTM
Placeholder Picture
Placeholder Picture
ANSYS Phoenix ModelCenter
Placeholder Picture
Placeholder Picture
Custom user-defined files from any programming environment
Placeholder Picture
Placeholder Picture

would you like to try flightstream®?

Get your hands on FlightStream® and see how it performs for your engineering applicationsGet FlightStream®

hardware requirements

operating systems, ram, hardware & processing power

minimum

OS: Windows 7, 8.1, 10 (64 Bit)
Free Hard-Disk Space: 100 MB (More space is required to save simulations)
RAM: 2-6 GB
Dual-core processors or better
Dedicated graphics card

recommended

OS: Windows 7, 10 (64 Bit)
Free Hard-Disk Space: 1 GB (More space may be required to save large simulations)
RAM: 6-16 GB (Higher memory may be needed for large simulations)
Quad-core processors or higher for parallel scaling of the solver
Dedicated graphics hardware that has 3D capability and z-buffer. Integrated graphics chipsets are not recommended.

sample publications with flightstream®

AIAA-2019-3019 : Aero-Propulsive Analysis for Contemporary Conceptual Design AIAA 2019-1046 : Evaluation of a Commercial Surface Vorticity Flow Solver for the Modeling of Propeller-Wing Interaction Deutscher Luft- und Raumfahrtkongress - DLRK 2019 : Highly Non-Planar Aircraft Configurations: Estimation of Flight Mechanical Derivatives Using Low-Order Methods AIAA-2018-2070 : Longitudinal Aerodynamic Characteristics of a V/STOL Tilt-wing Four-Propeller Transport Model using a Surface Vorticity Flow Solver AIAA-2018-1259 : Investigation of the Static Longitudinal Characteristics of a Full-Scale Light Single-Engine Airplane using a Surface Vorticity Solver AIAA-2017-0235 : Optimizing Engine Placement on an Aircraft Wing using Bio-mimetic optimization and FlightStream® AIAA-2017-1418 : Surrogate Models for Surface Vorticity AIAA-2016-0779 : Aircraft High-Lift Aerodynamic Analysis Using a Surface-Vorticity Solver Journal of Aircraft : Aerodynamic Loads over Arbitrary Bodies by Method of Integrated Circulation AIAA-2015-2734 : Predicting the Aero Loads Behind a Propeller in the Presence of a Wing Using Flightstream® AIAA-2015-2880 : Aerodynamic Optimization of Integrated Wing-Engine Geometry using an Unstructured Vorticity Solver

but WHAT If i am a student?

Don't worry! If you are a student in an accredited university, you can access FlightStream® via the academic license program. Simply contact us and inform us of your needs and the fact that you are a student. We will set you up with training, licenses and resources to help you use FlightStream® to meet all your educational needs!