The goal of this paper is to provide a perspective on the current status and future directions
for active flow-control technology with particular emphasis on oscillatory control. This is not a …

In recent years numerical methods have been widely used to effectively resolve complex
flow features of aerodynamics flows with meshes that are reasonable for today's computers …

This book provides a comprehensive treatment of a very successful class of methods for
solving optimization problems with PDE and inequality constraints as well as variational …

A new methodology is proposed for the topology optimization of fluid in Stokes flow. The
binary design variable and no‐slip condition along the solid–fluid interface are regularized …

We report the results of three experiments on elastic electron scattering from 3H and 3He. A
detailed description of the experiments and the data obtained is given. We have performed a …

We propose a data assimilation (DA) technique for including noisy measurements of the
velocity field into the simulation of the Navier-Stokes equations (NSE) driven by …

Flow control technologies have been used in the past century to control fluid flows. This text
presents the current state of the art in emerging modern flow control technologies and …

FastOpt's new automatic differentiation tool TAF is applied to the two-dimensional Navier–
Stokes solver NSC2KE. For a configuration that simulates the Euler flow around an NACA …

Optical tomography attempts to determine a spatially variable coefficient in the interior of a
body from measurements of light fluxes at the boundary. Like in many other applications in …

This paper examines the regularization opportunities available in the adjoint analysis and
optimization of multiscale PDE systems. Regularization may be introduced into such …