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Ravi Ramesh, Ravi (author)
Airfoils in deep stall have been a subject of extensive computational discussion in the past, with multiple efforts being performed by various institutions to test their solvers and turbulence/hybrid sub-grid scale (SGS) models for their use in massively separated flows. This case has an important application in turbomachinery where unsteady...
master thesis 2021
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Uritsky, Vadim (author)
Due to the increasing interest in modelling floating offshore wind turbines, simulation tools need to be adapted from fixed-base applications to surge applications. In this study, an open-source inviscid 3D panel method named Vortexje was adapted for surge motion and its ability to capture the physics of severe surge motion (when the rotor...
master thesis 2021
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Ye, B. (author)
This project focuses on extending the existing model for two-dimensional laminar boundary layers to turbulent boundary layers and more importantly to include the modeling of transition to turbulence in unsteady boundary layers. The existing models are extended and a new transition model for unsteady boundary layers is developed. Successful...
master thesis 2015
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van Es, B. (author)
ECN’s project Rotorflow is focused on the development of an aerodynamic module which is able to model the unsteady flow over wind turbine blades. This module is to be coupled to structural dynamics modules for the analysis of wind turbine aeroelasticity . For this aerodynamic module a zonal approach will be used which incorporates an external...
master thesis 2009
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