Aerospace & Defense

Aerospace engineers are able to design next-generation aircrafts and parts, optimize safety and comfort of commercial planes, improve fuel efficiency and decrease the negative impact on the environment. Everything with the SimScale cloud-based simulation software. | Page 99

complete understanding of aerofoil dynamics.

TO SIMULATE AND ANALYSE DRONE FRAMES DESIGNED USING GENERATIVE DESIGN

Simulation of drag force of cone at different wind speeds.

Chord: 30cm
23.33 thickness
81.5 thickness

Testing the 3D design for the passive-soaring wings.

Oh just group 4 stuff, don't look at it :)

Aircraft flow visualization to explore potential sources of drag - Copy

aerodynamics simulation flow behavior around a paper airplane

This project conducts a CFD analysis of a NACA 2412 airfoil subjected to airflow at a velocity of 75 m/s. The purpose of the simulation is to evaluate the aerodynamic performance of the airfoil, focusing on pressure distribution, velocity field, and the calculation of lift and drag forces. An incompressible flow model with the k-ω SST turbulence model is used to accurately capture the boundary layer effects and flow separation behavior. The setup includes a fluid domain extending 5 chord lengths upstream and downstream, with symmetry conditions applied on the top and bottom faces of the enclosure. Results will provide insights into the airfoil’s efficiency, highlighting areas for potential design optimization. - Copy