Load Measurements

Research output: Book/ReportReport

Abstract

The report describes Load measurements carried out on a given wind turbine. The aim of the measurement program regarding the loads on the turbine is to verify the basic characteristics of the wind turbine and loads on the blades, the rotor and the tower, using [Ref 1], [Ref2] and [Ref 3]. Regarding the fatigue loads, the rotor, blades and tower moments are presented. The fatigue loads are evaluated using rainflow counting described in detail in Ref. [1]. The 1Hz equivalent load ranges are calculated at different wind speeds. All information regarding the instrumentation is collected in [ref 4] and [ref 6].
Original languageEnglish
PublisherDTU Wind Energy
Number of pages449
Publication statusPublished - 2019
SeriesDTU Wind Energy I
NumberWTT I-1277

Bibliographical note

This is an internal report and therefore not available in full text. Please contact author's or director of author's department for further information.

Keywords

  • WTT I-1277

Cite this

Federici, P., & Vesth, A. (2019). Load Measurements. DTU Wind Energy. DTU Wind Energy I, No. WTT I-1277
Federici, Paolo ; Vesth, Allan. / Load Measurements. DTU Wind Energy, 2019. 449 p. (DTU Wind Energy I; No. WTT I-1277).
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abstract = "The report describes Load measurements carried out on a given wind turbine. The aim of the measurement program regarding the loads on the turbine is to verify the basic characteristics of the wind turbine and loads on the blades, the rotor and the tower, using [Ref 1], [Ref2] and [Ref 3]. Regarding the fatigue loads, the rotor, blades and tower moments are presented. The fatigue loads are evaluated using rainflow counting described in detail in Ref. [1]. The 1Hz equivalent load ranges are calculated at different wind speeds. All information regarding the instrumentation is collected in [ref 4] and [ref 6].",
keywords = "WTT I-1277",
author = "Paolo Federici and Allan Vesth",
note = "This is an internal report and therefore not available in full text. Please contact author's or director of author's department for further information.",
year = "2019",
language = "English",
series = "DTU Wind Energy I",
number = "WTT I-1277",
publisher = "DTU Wind Energy",
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Federici, P & Vesth, A 2019, Load Measurements. DTU Wind Energy I, no. WTT I-1277, DTU Wind Energy.

Load Measurements. / Federici, Paolo; Vesth, Allan.

DTU Wind Energy, 2019. 449 p. (DTU Wind Energy I; No. WTT I-1277).

Research output: Book/ReportReport

TY - RPRT

T1 - Load Measurements

AU - Federici, Paolo

AU - Vesth, Allan

N1 - This is an internal report and therefore not available in full text. Please contact author's or director of author's department for further information.

PY - 2019

Y1 - 2019

N2 - The report describes Load measurements carried out on a given wind turbine. The aim of the measurement program regarding the loads on the turbine is to verify the basic characteristics of the wind turbine and loads on the blades, the rotor and the tower, using [Ref 1], [Ref2] and [Ref 3]. Regarding the fatigue loads, the rotor, blades and tower moments are presented. The fatigue loads are evaluated using rainflow counting described in detail in Ref. [1]. The 1Hz equivalent load ranges are calculated at different wind speeds. All information regarding the instrumentation is collected in [ref 4] and [ref 6].

AB - The report describes Load measurements carried out on a given wind turbine. The aim of the measurement program regarding the loads on the turbine is to verify the basic characteristics of the wind turbine and loads on the blades, the rotor and the tower, using [Ref 1], [Ref2] and [Ref 3]. Regarding the fatigue loads, the rotor, blades and tower moments are presented. The fatigue loads are evaluated using rainflow counting described in detail in Ref. [1]. The 1Hz equivalent load ranges are calculated at different wind speeds. All information regarding the instrumentation is collected in [ref 4] and [ref 6].

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M3 - Report

T3 - DTU Wind Energy I

BT - Load Measurements

PB - DTU Wind Energy

ER -

Federici P, Vesth A. Load Measurements. DTU Wind Energy, 2019. 449 p. (DTU Wind Energy I; No. WTT I-1277).