Categories

ALERTS HOME
Archives

  • April 2024
  • January 2024
  • October 2023
  • March 2023
  • October 2022
  • July 2022
  • ALL
    RSS

    Add NWW Alerts to your site (click here)

    Get weekly updates

    WHAT TO DO
    when your community is targeted

    RSS

    RSS feeds and more

    Keep Wind Watch online and independent!

    Donate via Paypal

    Donate via Stripe

    News Watch

    Selected Documents

    All Documents

    Research Links

    Press Releases

    FAQs

    Campaign Material

    Photos & Graphics

    Videos

    Allied Groups

    Wind Watch is a registered educational charity, founded in 2005.

    Source:  Wind Turbine Noise 2013

    List of papers: Wind Turbine Noise 2013 

    Source:  Wind Turbine Noise 2013 | Meetings, Noise

    5th International Conference on Wind Turbine Noise – 28-30 August 2013 – Denver, Colorado. windturbinenoise2013.org

    Below is a current list of papers accepted. This gives an indication of the programme content but is not finalised and it does not indicate the order of presentations.

    • RoBin: An Efficient System to Fulfil the IEC 61400-11 Standard and Measure the Acoustic Emission of Wind Turbines with a Single Operator
    • Advanced Methods for Qualifying Background Noise Around Wind Farms
    • Broadband Noise Prediction of Small Horizontal Wind Turbine Rotor
    • Large-scale Calculation of Possible Locations for Specific Wind Turbines Under Consideration of Noise Limits
    • Masking of Sage-grouse Display Calls by Noise from Wind Turbines
    • Soundscaping: Ignoring the Health Experts and Their Perception of Wind Turbine Noise
    • Trading Off Human Health: Wind Turbine Noise and Government Policy
    • Wind Turbine Facilities’ Perception: A Case Study from Canada
    • Audit Report: Literature Reviews on Wind Turbine Noise and Health
    • Wind Turbines: What’s All the Noise About?
    • Infrasound Measurement, Interpretation and Misinterpretation
    • Measuring and Analyzing Wind Turbine Infrasound and Audible Immissions at a Site Experiencing Adverse Community Response
    • Amplitude Modulation Noise Analysis and First Look at Off-Shore Wind Turbine Aeroacoustics Simulation Study
    • Which Limits for Wind Turbine Noise? A Comparison with Other Types of Sources Using a Common Metric.
    • Sound Propagation from Wind Turbines Under Various Weather Conditions
    • Review of NACA 0012 Turbulent Trailing Edge Noise Data at Zero Angle of Attack
    • Wind Turbine Aerodynamic Noise Reduction by Stagnation Point Turbulators (STP) and Trailing-edge Serrations (TES)
    • International Legislation and Regulations for Wind Turbine Noise
    • Low Frequency Noise Proposed Wind Farm in Maastricht, The Netherlands
    • Wind Turbine Noise: What Has the Science Told Us?
    • Projected Contributions of Future Wind Farm Development to Community Noise and Annoyance Levels in Ontario, Canada
    • Standard Wind speed: How To Estimate It and Its Impact on Acoustical Assessments
    • Experiences With IEC 61400-11 Edition 3
    • Low Frequency Noise from Wind Turbines: Do the Danish Regulations Have Any Impact?
    • The Production of a Good Practice Guide to Assess Wind Turbine Noise in the United Kingdom Using ETSU-R-97
    • Evaluation of Secondary Wind Shield Designs for Outdoor Measurement of Low Frequency Noise and Infrasound
    • Source Identification for Low Frequency Structure-Driven Noise in Wind Turbines
    • Wind Turbines and Infrasound: Monitoring Techniques
    • Correlation Between People Perception of Noise from Large Wind Turbines and Measured Noise Levels
    • Noise Source Localization on a 8kW Wind Turbine Using a Compact Microphone Array with Advanced Beamforming Algroithms
    • The Measurement of Infrasound and Low Frequency Noise for Wind Farms
    • Hiding Wind Farm Noise in Ambient Measurements – Noise Floor, Wind Direction and Frequency Limitations
    • Tonality Assessment Methodology Employed at Residences Near a Wind Farm
    • Accuracy of Noise Modelling for Wind Farms
    • Noise’s Measure Inside Homes Generated by the Functioning of Wind Farm in Southern Italy
    • Amplitude Modulationand Complaints about Wind Turbine Noise
    • ALARM – Predicting Wind Turbine Tonality by Using a Validated Global Virtual Prototyping Approach
    • Hybrid Methods for Noise Prediction in Aeroacoustic Simulations of Small Vertical Axis Wind Turbines
    • Wind Turbine Noise Measurements – How Are Results Influenced by Different Methods of Deriving Wind Speed
    • How Frequency Response Influences Measurement and Audibility of Period Wind Turbine Sound
    • A Proposed Theory to Explain Some Adverse Physiological Effects of the Infrasonic Emissions at Some Wind Farm Sites
    • Infrasound and the Ear
    • Effects of Spatial Configuration on the Wind Turbine Noise Distribution in Residential Areas
    • Suppression of the Structure-bone Sound from a Wind Turbine Generator Using Active Vibration Control Devices: Model Experiment
    • Perception Change of Soundscape as Wind Turbine Alters Community Sound Profile
    • Simultaneous Indoor Low-frequency Noise, Annoyance and Direction of Arrival Monitoring
    • Noise Prediction of One Stage of Helical Gear System by Wind Turbine Load
    • Validation of WindPRO Implementation of Nord2000 for Low Frequency Wind Turbine Noise
    • Audible Amplitude Modulation – Results of Field Measurements and Investigations Compared to Psycho-acoustical Assessment and Theoretical Research
    • Wind Turbine Noise Modeling Based on Amiet’s Theory
    • Assessment of Wind Turbine Noise in Immission Areas
    • How Does Noise Influence the Design of a Wind Farm?
    • Perception of Low Frequency Components Contained in Wind Turbine Noise
    • Wind Turbine Noise Measurements in Practice
    • New Environmental Regulation for Wind turbines in Flanders (Belgium)
    • Evaluation of Wind Turbine-Related Noise in Western New York State
    • Danish Regulation of Low Frequency Noise from Wind Turbines
    • Acoustic Array Measurements of Wind Turbine Noise
    • Application of Phased Array Techniques for Amplitude Modulation Mitigation
    • The Variability Problem: Source Levels, Propagation, Community Response
    • A Jurisdictional Review of Wind Turbine Noise Policy: Environmental Assessment and Compliance Audits
    • Acoustic Monitoring and Surveillance
    • Wind Turbine Amplitude Modulation: Research to Improve Understanding as to its Cause and Effect
    • Tonality in Wind Turbine Noise. IEC 61400-11 ver. 2.1 and 3.0 and the Danish/Joint Nordic Method Compared with Listening Tests
    • Factors Affecting Perceived Annoyance Due to Wind Turbine Noise
    • Comparison of Low Frequency and Infra-Sound from Utility Grade Wind Turbine Generators to Common, Everyday Sources
    • Identification of Wind Turbine Noise Through Advanced Signal Analysis
    • Wind Power Development Trends in Denmark: Targets, Legislation and Social Acceptance
    • Highly Distributed Data Acquision on Wind Turbines
    • Wind Farm Noise Assessment: Tonality Detection and Rating
    • Wind Farm Noise Commissioning Methods: A Review of Methods Based on Measuring at Receiver Locations
    • Improvement of Regression Analysis on Wind Noise Effects for Low Frequency Sound Measuring in Natural Wind
    • Physics Based Spatial Acoustics in Virtual Scenes with Application to Wind Farm Noise
    • State of Wind Turbine Developments in Northeastern United States – 2013
    • Proposed Method for Characterizing Wind Turbine Noise and their Dependence on Meteorological Effects for Validation of Existing Studies
    • Aeroacoustic Noise Mitigation Investigation for Wind Turbine Blades
    • The New Good-Practice-Guide to Help Assessment of Wind Turbine Noise in Finland
    • Affective Response to Amplitude Modulated Wind Turbine Sound
    • Wind Farm Layout Optimization in Noise Constrained Areas
    • Wake Patterns and Noise in a Dual-Rotor Wind Turbine
    • Prediction of Thump Modulation
    • Research Sound Power Level VAWT Turbines in an Anechoic Chamber
    • Measurement of the Effect of Wind Shear on Wind Turbine Noise
    • Industry’s First Best Practices for Community Engagement and Public Consultation
    • Environmental Noise Assessment of Proposed Wind Farms Using Annual Average Ldn
    • Comparison of Measurement of Sound Propagation Over Water with ISO 9613(2)
    • Noise Prediction of Wind Turbine and Low Noise Blade Design
    Wind Watch relies entirely
    on User Funding
       Donate via Paypal
    (via Paypal)
    Donate via Stripe
    (via Stripe)

    Share:

    e-mail X FB LI M TG TS G Share

    Get the Facts
    CONTACT DONATE PRIVACY ABOUT SEARCH
    © National Wind Watch, Inc.
    Use of copyrighted material adheres to Fair Use.
    "Wind Watch" is a registered trademark.

     Follow:

    Wind Watch on X Wind Watch on Facebook Wind Watch on Linked In

    Wind Watch on Mastodon Wind Watch on Truth Social

    Wind Watch on Gab Wind Watch on Bluesky