CFD & FEA Analysis of Jet Assembly

Previous slide
Next slide

High-speed airplanes represent the pinnacle of aerospace engineering, where the seamless integration of fluid dynamics and structural mechanics is paramount. Evaluating the robustness and safety of such advanced jet assemblies demands sophisticated computational tools. In this context, we use Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) to dissect and comprehend the performance of the Jet Assembly model in high-speed airplanes.


The CFD steady flow analysis plays a foundational role by assessing the pressure distribution on the jet’s exterior surfaces during its high-speed flight conditions. This distribution, often impacted by the sheer speed and altitude, lays the groundwork for subsequent structural evaluations. Armed with the external pressure data, the FEA static structure stress analysis is conducted. This intricate analysis forecasts key metrics like deflection, stress, safety factor, and reaction forces which, in turn, serve as vital indicators of the assembly’s structural integrity and resilience against dynamic loads.


Together, the combination of CFD and FEA enables a comprehensive evaluation of the jet assembly, ensuring that high-speed airplanes meet the stringent safety and performance standards demanded by the aerospace industry under the stipulated load conditions.


Contact Us if you would like to run CFD and FEA fluid-solid coupling analysis on your projects.

Scroll to Top