We perform numerical simulations using immersed boundary method for flow over a single
and two fish in tandem performing traveling wave like motion for a range of Strouhal …

Offshore wind energy is one of the most competitive renewable energy resources available
to us, which until now been under-exploited. Most of the problems associated with wind farm …

A wide range of previously designed methods for faster parametrization of partial differential
equations requires them to be solved using existing finite volume, finite element, and finite …

The key to the better design of an industrial scale wind turbine is to understand the influence
of blade geometry and its dynamics on the complicated flow-structures. An industrial-scale …

With the increased feasibility of harvesting offshore wind energy, scale of wind turbines is
growing rapidly and there is a trend towards clustering together higher number of turbines in …

We present, what to our best knowledge, is the most accurate numerical investigation of the
wind tunnel tests carried out over a model wind turbine (known as NTNU Blind Test) at the …

Proper orthogonal decomposition (POD) is often employed in develo** reduced-order
models (ROM) in fluid flows for design, control, and optimization. Contrary to the usual …

In the Reduced Basis approximation of Stokes and Navier-Stokes problems, the Galerkin
projection on the reduced spaces does not necessarily preserved the inf-sup stability even if …

This research focuses on the effect of leading-edge erosion on the performance of wind
turbines, specifically the GE1. 5XLE horizontal axis wind turbine. The blade element …

In this paper, data-driven and physics-embedded deep neural networks (DNN) are analyzed
as potential candidates for flow field reconstruction in fluid mechanics applications. The data …