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 54

A Staship fuel tank rotating in 0 Gravity

Esercitazione aerodinamica di veicolo da corsa

Nacelle core and fan compartment ventilation

The primary objective of this study is to systematically analyze the impact of biomimetic denticle integration on aerodynamic surfaces, particularly airfoils, through computational simulations and experimental validation. The research aims to quantify the effects of these microstructures on drag reduction, lift enhancement, and flow control mechanisms. One of the key aspects of this study is understanding how the strategic placement of denticles can influence boundary layer interactions, potentially delaying flow separation and reducing pressure drag. By generating controlled streamwise vortices, these modifications may help in maintaining a more attached flow at higher angles of attack, thereby improving lift characteristics. The study also investigates the aerodynamic performance of various airfoil geometries to determine the adaptability and efficiency of biomimetic surface modifications across different operational conditions.

find a good airfoil (slot gap, overlap and flap AoA)

primera prova tr, amb model 3d d'una altre web

modelling a truss braced aircraft to increase fuel efficiency