The possibility of taking into account unsteady flow effects if performing turbomachinery
shape optimization is attractive to accurately address inherently time dependent design …

Improvements in aerodynamic turbomachinery design have gained attraction due to the
increased demand for a more sustainable future. Several optimization approaches have …

An on-the-fly unsteady adjoint-based aerodynamic and aeroacoustic optimization
methodology is presented, aiming to achieve practical engineering applications to explore …

The present work focuses on shape optimization using the lattice Boltzmann method applied
to aerodynamic cases. The adjoint method is used to calculate the sensitivities of the drag …

In this paper, an unsteady aeroacoustic shape optimization tool is presented based on the
continuous adjoint method. Aeroacoustic noise radiated by bodies in unsteady flows can be …

This paper proposes and assesses remedies to the significant storage requirements of
unsteady adjoint methods used in gradient-based optimization, in multi-dimensional …

The unsteady adjoint method used in gradient‐based optimization in 2D and, particularly,
3D industrial problems modeled by unsteady PDEs may have significant storage …

View Video Presentation: https://doi. org/10.2514/6.2023-3836. vid This paper presents an
efficient optimization framework to reduce the tonal noise emitted by an isolated propeller for …

In turbomachinery, the steady adjoint method has been successfully used for the
computation of derivatives of various objective functions with respect to design variables in …

View Video Presentation: https://doi. org/10.2514/6.2022-2241. vid Extensive research has
been conducted on tightly-coupled aero-structural optimization problems with high-fidelity …