| Article Name | PDF | Application Areas | Categories |
|---|
| A complete-cabin CFD simulation process for Airbus |
 |
Aerospace |
Thermal Comfort |
| Aeroacoustics at BEHR |
|
Aeroacoustics, Aerospace, Automotive |
DES, Aeroacoustics |
| Aircraft drag with STAR-CCM+ |
|
Aerospace |
Aerodynamics, Validation |
| CAD-embedded CAE Simulation Enables Design for Six Sigma (DFSS) |
|
Aerospace, General, Manufacturing |
Business Benefits |
| CD-adapco Helps to Design “Coolest Business Jet Ever” |
|
Aerospace |
Pumps |
| Designing a drag-free locker for the Learjet 60 |
|
Aerospace |
Aerodynamics |
| Flapping Airfoil Analysis of Micro Air Vehicle |
|
Academic, Aerospace |
Aerodynamics |
| From Design Challenge to Flying UAV’s in Fifteen Weeks: The University of Wash |
|
Academic, Aerospace |
Aerodynamics |
| From Design Challenge to Flying UAVs |
|
Aerospace |
UAV |
| Moving Mesh or MRF? |
|
Aerospace, STAR-CD, Turbomachinery |
Defense |
| Propulsive Wing Aerial Utility Vehicle Development |
|
Aerospace, STAR-CCM+ |
Defense |
| Revolutionary Flying Technology to Take off using STAR-CCM+ |
|
Aerospace |
Aerodynamics, Propulsion |
| Safer UAV Landings |
|
Aerospace, Marine |
Defense |
| STAR-CCM+ Goes "Undercover" by Helping to Design a Portable Spy Aircraft |
|
Aerospace, STAR-CCM+ |
Defense, UAV |
| STAR-CCM+: Ready for Take-off |
|
Aerospace |
Aerodynamics |
| UAVs in Close Formation Flight |
|
Aerospace |
Aerodynamics, UAV |
| Virtual Design Enables a Revolutionary Flying Technology to Take off |
|
Aerospace, STAR-CCM+ |
Defense, UAV |
