Modelling Surface Porosity and Transpiration for Disturbance Control with a Harmonic Navier Stokes Approach
Author(s)
Mughal, Mohammed
Type
Presentation
Abstract
Airbus 10th Annual Flight Physics Distributed Partnerships R&T Meeting.
Powerpoint presentation on the use of a novel nonlinear harmonic Navier Stokes method for modelling and controlling laminar flow instabilities by way of surface transpiration.
Powerpoint presentation on the use of a novel nonlinear harmonic Navier Stokes method for modelling and controlling laminar flow instabilities by way of surface transpiration.
Date Issued
2019-11-26
Citation
2019
Sponsor
Innovate UK
Identifier
https://cfms.org.uk/media/392864/day-2-modelling-surface-porosity.pdf
Grant Number
113022
Subjects
Hybrid Laminar Flow Control
Harmonic Navier Stokes
Notes
pptx presentation (error in conversion from pptx to pdf note! on the online link, spiral version corrected.
Coverage Spatial
CFMS, Bristol and Bath Science Park, UK