FRANÇAIS
A showcase of ÉTS researchers’ publications and other contributions
SEARCH

Extension of SU2 CFD capabilities to 3D aircraft icing simulation

Downloads

Downloads per month over past year

Ignatowicz, Kevin, Morency, François et Beaugendre, Héloïse. 2021. « Extension of SU2 CFD capabilities to 3D aircraft icing simulation ». In Proceedings of the 29th Annual Conference of the Computational Fluid Dynamics Society of Canada (CFDSC2021) (En ligne, July 27-29, 2021)

[thumbnail of Morency-F-2021-23739.pdf]
Preview
PDF
Morency-F-2021-23739.pdf - Accepted Version
Use licence: All rights reserved to copyright holder.

Download (949kB) | Preview

Abstract

Atmospheric icing can cause up to 16% of weather-related aircraft accidents. Ice accretions on an aircraft lead to a decrease of the aerodynamic performance and can obstruct critical sensors. Predicting the ice accretion location and shape can allow to efficiently fight against it. During the past two decades, numerical simulation of aircraft icing became a powerful complementary tool to experimental measurements. Most of the icing codes rely on the coupling between the air solution provided by CFD, a droplet solver to estimate the impingement on the geometry, and an ice accretion solver. The ice accretion solver often uses the Messinger approaches to compute the ice growth, but other numerical methods have emerged, such as the shallow water icing model (SWIM). The objective of the paper is to extend the capabilities of the open-source SU2 CFD software to ice accretion simulations by implementing the SWIM model and to verify the rime ice shape predictions. After a presentation of the model equations and implementation, the 3D results of ice accretion for the test cases NASA27 and NASA28 around a NACA0012 wing will be shown and compared to existing literature.

Item Type: Conference proceeding
Professor:
Professor
Morency, François
Affiliation: Génie mécanique
Date Deposited: 10 Dec 2021 16:58
Last Modified: 10 Dec 2021 19:05
URI: https://espace2.etsmtl.ca/id/eprint/23739

Actions (login required)

View Item View Item