Outputs (47)

Single-Point and Multipoint Design of Propellers for Electric-Powered General Aviation (2024)
Journal Article
Sugar-Gabor, O. (in press). Single-Point and Multipoint Design of Propellers for Electric-Powered General Aviation. Journal of Aerospace Engineering, https://doi.org/10.1061/JAEEEZ/ASENG-5718

With electric-powered aircraft concepts slowly maturing, it becomes feasible to include RPM regulation in propeller operation. Variable-pitch and variable-speed propellers will be designed for efficient operation in a wider performance space compared... Read More about Single-Point and Multipoint Design of Propellers for Electric-Powered General Aviation.

A neural network based non-intrusive surrogate modelling framework for fluid-structure interaction (2024)
Journal Article

The use of surrogate modelling in Multiphysics simulation is becoming increasingly attractive due to large computation time and hardware demands of modern simulations. These methods aim to reduce the computational time and complexity of the determina... Read More about A neural network based non-intrusive surrogate modelling framework for fluid-structure interaction.

An optimisation of a chordwise slot to enhance lateral flow control on a UCAV (2022)
Journal Article

This research aims to optimise a chordwise slot so that lateral flow control of a flying wing
configuration can be enhanced. This was achieved by maximising the airflow rate over the trailing edge
control surfaces of the wing. A higher rate of airf... Read More about An optimisation of a chordwise slot to enhance lateral flow control on a UCAV.

Active flux scheme for time-dependent, viscous, compressible flows (2022)
Presentation / Conference
Sugar-Gabor, O. (2022, October). Active flux scheme for time-dependent, viscous, compressible flows. Presented at International Conference of Aerospace Sciences AEROSPATIAL 2022, INCAS, Bucharest, Romania

The Active Flux scheme is a Finite Volume scheme with additional degrees of freedom on the cell
boundaries. These additional nodes allow for third-order accuracy to be achieved, though extensions to
higher orders are also possible. Unlike Godunov-t... Read More about Active flux scheme for time-dependent, viscous, compressible flows.

Non-intrusive reduced-order model for unsteady fluid flow and fluid-structure interaction problems (2022)
Presentation / Conference
Sugar-Gabor, O., & Fairchild, D. (2022, October). Non-intrusive reduced-order model for unsteady fluid flow and fluid-structure interaction problems. Presented at International Conference of Aerospace Sciences AEROSPATIAL 2022, INCAS, Bucharest, Romania

A non-intrusive reduced-order model applicable to time-dependent parametric systems is
developed. The model is based on extracting a reduced-order basis from high-order snapshots via proper
orthogonal decomposition. Multi-layered feedforward artifi... Read More about Non-intrusive reduced-order model for unsteady fluid flow and fluid-structure interaction problems.

Aircraft modeling and simulation (2022)
Book
(2022). R. Botez, L. Grigorie, O. Sugar-Gabor, & A. Murrieta-Mendoza (Eds.), Aircraft modeling and simulation. MDPI. https://doi.org/10.3390/books978-3-0365-3211-0

Improving the efficiency of unmanned aerial systems through wing morphing: a case study for the Hydra Technologies S4 Éhecatl UAS (2021)
Presentation / Conference
Sugar-Gabor, O. (2021, December). Improving the efficiency of unmanned aerial systems through wing morphing: a case study for the Hydra Technologies S4 Éhecatl UAS. Presented at International Symposium on Electric Aircraft and Autonomous Systems, Eskisehir University, Eskisehir, Turkey

Reduced-order modelling of parameterised incompressible and compressible unsteady flow problems using deep neural networks (2021)
Journal Article
Sugar-Gabor, O. (2021). Reduced-order modelling of parameterised incompressible and compressible unsteady flow problems using deep neural networks. International Journal of Computer Applications in Technology, 66(1), 36-50. https://doi.org/10.1504/IJCAT.2021.119603

A non-intrusive reduced-order model for nonlinear parametric flow
problems is developed. It is based on extracting a reduced-order basis from
full-order snapshots via proper orthogonal decomposition and using both deep
and shallow neural network a... Read More about Reduced-order modelling of parameterised incompressible and compressible unsteady flow problems using deep neural networks.

Recent developments in quasi-3D aerodynamic methods for multidisciplinary aircraft conceptual design studies (2021)
Book Chapter
Sugar-Gabor, O., & Koreanschi, A. (2021). Recent developments in quasi-3D aerodynamic methods for multidisciplinary aircraft conceptual design studies. In M. Moatamedi, T. Rahulan, & M. Souli (Eds.), Multiphysics Simulations in Automotive and Aerospace Applications (155-186). Elsevier

Fast and accurate quasi-3D aerodynamic methods for aircraft conceptual design studies (2020)
Journal Article
Sugar-Gabor, O., & Koreanschi, A. (2021). Fast and accurate quasi-3D aerodynamic methods for aircraft conceptual design studies. Aeronautical Journal, 125(1286), 593-617. https://doi.org/10.1017/aer.2020.128

In this paper, recent developments in quasi-3D aerodynamic methods are presented. At their
core, these methods are based on the Lifting-Line Theory and Vortex Lattice Method, but with
a relaxed set of hypotheses, while also considering the effect o... Read More about Fast and accurate quasi-3D aerodynamic methods for aircraft conceptual design studies.