Research Explorer

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Researcher

Mathijs Peeters

Awards & Distinctions

18 Results

2020

Effect of rotor–tower interaction, tilt angle, and yaw misalignment on the aeroelasticity of a large horizontal axis wind turbine with composite blades

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

A1 Journal Article in WIND ENERGY

Fluid–structure interaction simulations of a wind gust impacting on the blades of a large horizontal axis wind turbine

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

A1 Journal Article in ENERGIES

2019

Analysis of the aerodynamic loads on a wind turbine in off-design conditions

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

Bookchapter in Recent advances in CFD for wind and tidal offshore turbines

Dynamic load and stress analysis of a large horizontal axis wind turbine using full scale fluid-structure interaction simulation

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

A1 Journal Article in RENEWABLE ENERGY

Numerical investigation of the effect of tower dam and rotor misalignment on performance and loads of a large wind turbine in the atmospheric boundary layer

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

A1 Journal Article in ENERGIES

2018

Analysis of the aerodynamic loads on a wind turbine in off-design conditions

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

Comparison of shell and solid finite element models for the static certification tests of a 43 m wind turbine blade

Mathijs PeetersGilberto SantoJoris DegrooteWim Van Paepegem

A1 Journal Article in ENERGIES

Efficient methods for automated conversion of wind turbine blade designs into high-fidelity finite element models with shell and solid elements

Mathijs PeetersWim Van PaepegemJoris Degroote

High-fidelity finite element models of composite wind turbine blades with shell and solid elements

Mathijs PeetersGilberto SantoJoris DegrooteWim Van Paepegem

A1 Journal Article in COMPOSITE STRUCTURES

2017

Comparison between a Chimera technique and sliding interfaces for fluid-structure interaction simulations of wind turbines

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

The concept of segmented wind turbine blades : a review

Mathijs PeetersGilberto SantoJoris DegrooteWim Van Paepegem

A1 Journal Article in ENERGIES

The effect of gravity in transient fluid-structure interaction simulations of a large wind turbine with composite blades

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

Transient aeroelastic simulations of wind turbines with composite blades

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

Transient modelling of the rotor-tower interaction of wind turbines using fluid-structure interaction simulations

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

2016

Transient modelling of the fluid-structure interaction of wind turbines with composite blades

Gilberto SantoMathijs PeetersWim Van PaepegemJoris Degroote

2015

Fluid-structure interaction of a wind turbine blade employing a refined finite element model coupled with a blade-element momentum method

Mathijs PeetersWim Van Paepegem

2014

Development of automated high-fidelity finite element models for large wind turbine blades

Mathijs PeetersWim Van Paepegem

2013

Development of automated finite element models for large wind turbine blades

Mathijs PeetersWim Van Paepegem