Fluid dynamics investigation of the sonic boom on a supersonic aircraft concept

Fluid dynamics investigation of the sonic boom on a supersonic aircraft concept

The use of computational fluid dynamics in the field of supersonic aeronautics significantly cuts the time to market and associated development costs. NUMECA is active in this field and was involved in the CFD investigation of a sonic boom and aerodynamic prediction of NASA Concept 25D Powered supersonic aircraft.

Take advantage of the new pressure-based solver in OMNIS™ for multiphysics simulation

Take advantage of the new pressure-based solver in OMNIS™ for multiphysics simulation

Learn about our highly efficient pressure-based solver for simulating the flow in a large number of applications, such as heat exchangers, industrial fans, hydraulic turbomachinery, car thermal management or external aerodynamics.

Aeronautics Design Solutions - Part 2: Sonic boom prediction for supersonic aircraft

Aeronautics Design Solutions - Part 2: Sonic boom prediction for supersonic aircraft

In this webinar, see how FINE™/Open with OpenLabs™ delivers high-accuracy results for the aerodynamic behavior of supersonic aircraft.

Industry Focus - Fluid Dynamics simulation solutions for aerospace design

Industry Focus - Fluid Dynamics simulation solutions for aerospace design

From full simulation of external aerodynamics, flight envelope and engine/fuselage interaction with the impact of inlet distortion, to sonic boom calculation, noise prediction, and more... 

Aeronautics Design Solutions - Part 1: External Aerodynamics

Aeronautics Design Solutions - Part 1: External Aerodynamics

The first part of our aeronautics design solutions webinar series is dedicated to external aero for supersonic, subsonic, passenger, light aircrafts and drones.