EFFECTS OF INLET CONDITIONS, TURBINE DESIGN, AND NON-FLAT TOPOGRAPHY ON THE WAKE OF SCALED-DOWN WIND TURBINES

Alvarado, Diego Andres Siguenza

doi:10.25394/PGS.23640864.v1

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EFFECTS OF INLET CONDITIONS, TURBINE DESIGN, AND NON-FLAT TOPOGRAPHY ON THE WAKE OF SCALED-DOWN WIND TURBINES

thesis

posted on 2023-07-07, 18:25 authored by Diego Andres Siguenza AlvaradoDiego Andres Siguenza Alvarado

This work is a five-article-based collection of published and to-be-published research articles that explore a novel combination of inlet conditions, wind turbine design, and non-flat topography by performing scaled-down experiments in a wind tunnel.

History

Degree Type

Doctor of Philosophy

Department

Mechanical Engineering

Campus location

West Lafayette

Advisor/Supervisor/Committee Chair

Luciano Castillo

Additional Committee Member 2

Leonardo P. Chamorro

Additional Committee Member 3

Jun Chen

Additional Committee Member 4

David Warsinger

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Keywords

Wind Turbine Wakes low-level jets wind tunnel experiments Winglet Vertical Axis Wind Turbine complex topographies

Licence

CC BY 4.0

File(s) under embargo

9

2

EFFECTS OF INLET CONDITIONS, TURBINE DESIGN, AND NON-FLAT TOPOGRAPHY ON THE WAKE OF SCALED-DOWN WIND TURBINES

History

Degree Type

Department

Campus location

Advisor/Supervisor/Committee Chair

Additional Committee Member 2

Additional Committee Member 3

Additional Committee Member 4

Usage metrics

Categories

Keywords

Licence

Exports