is a computational fluid dynamics (CFD) application developed for aerodynamic analysis and design optimization across aerospace, marine, automotive, turbomachinery, and alternative energy industries. It enables engineers to evaluate aerodynamic performance efficiently using advanced surface-based flow simulation techniques without relying on traditional volume mesh generation.
The software is intended for aerospace engineers, CFD specialists, and product development teams seeking accurate aerodynamic predictions during early design and optimization stages. By reducing mesh preparation requirements and simplifying simulation workflows, FlightStream helps accelerate the evaluation of multiple design iterations while maintaining high-fidelity results.
Integrated with commercial CAD and CAE environments, FlightStream supports compressible and incompressible subsonic flows as well as transonic applications, allowing engineers to incorporate aerodynamic analysis into modern engineering and optimization workflows.
Software OverviewResearch in Flight FlightStream utilizes an advanced unstructured surface-mesh vorticity solver to simulate aerodynamic behavior without the need for conventional volume mesh generation. This approach minimizes preprocessing time while reducing mesh dependency during flow-field analysis.
The software supports the analysis of aircraft, marine vessels, turbomachinery, automotive components, and alternative energy systems. Its solver operates efficiently with relatively small surface meshes, enabling faster simulation cycles while maintaining detailed aerodynamic predictions.
FlightStream integrates with commercial CAD software, allowing users to import engineering models directly into the simulation workflow and evaluate design performance as part of an optimization pipeline.
Key Features- Surface-based computational fluid dynamics (CFD) solver.
- Supports compressible and incompressible subsonic flow analysis.
- Handles transonic aerodynamic simulations.
- Eliminates traditional volume mesh generation.
- Uses an advanced unstructured surface-mesh vorticity solver.
- Reduces mesh dependency during flow-field calculations.
- Integrates with commercial CAD and CAE software.
- Supports aerodynamic optimization workflows.
- Designed for aerospace, marine, automotive, turbomachinery, and alternative energy applications.
- Operates efficiently using relatively small surface meshes.
Why Choose Research in Flight FlightStreamResearch in Flight FlightStream provides engineers with a streamlined CFD workflow by removing one of the most time-consuming aspects of traditional aerodynamic simulation: volume mesh generation. This enables faster design evaluation and supports iterative optimization throughout product development.
The software is well suited for organizations that require efficient aerodynamic analysis while integrating simulation directly into modern engineering design environments.
System RequirementsWindows *
Frequently Asked QuestionsWhat is FlightStream used for?FlightStream is used to perform computational fluid dynamics simulations for aerodynamic analysis and design optimization across multiple engineering industries.
Does FlightStream require traditional volume mesh generation?No. The software uses a surface-based vorticity solver that eliminates the need for conventional volume mesh generation.
Which industries can benefit from FlightStream?It is suitable for aerospace, marine, automotive, turbomachinery, and alternative energy engineering applications.
Can FlightStream integrate with CAD software?Yes. The software supports importing geometry from commercial CAD and CAE applications.
Home Pagewww.altairhyperworks.com
Product Information- Software Name: Research in Flight FlightStream
- Year of release: 2026
- Version: 2026.1
- Architecture: x64
- Languages: english
- License type: Full Version
- File Size: 236.2 mb
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