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Robust NVH Engineering Using Experimental Methods - Source Characterization Techniques for Component Transfer Path Analysis and Virtual Acoustic Prototyping

Journal Article
2019-01-1542
ISSN: 2641-9645, e-ISSN: 2641-9645
DOI: https://doi.org/10.4271/2019-01-1542
Published June 05, 2019 by SAE International in United States
Robust NVH Engineering Using Experimental Methods - Source Characterization Techniques for Component Transfer Path Analysis and Virtual Acoustic Prototyping
Sector:
Citation: Wienen, K., Sturm, M., Moorhouse, A., and Meggitt, J., "Robust NVH Engineering Using Experimental Methods - Source Characterization Techniques for Component Transfer Path Analysis and Virtual Acoustic Prototyping," SAE Int. J. Adv. & Curr. Prac. in Mobility 1(4):1766-1778, 2019, https://doi.org/10.4271/2019-01-1542.
Language: English

References

  1. Moorhouse , A.T. Virtual Acoustic Prototypes: Listening to Machines that don't Exists Acoustics Australia 33 3 97 2005
  2. Sturm , M. , Alber , T. , Moorhouse , A.T. , Zabel , D. et al. The In-Situ Blocked Force Method for Characterization of Complex Automotive Structure-Borne Sound Sources and Its Use for Virtual Acoustic Prototyping ISMA 2016 Belgium Sep. 19-21, 2016
  3. van der Seijs , M.V. , de Klerk D. , and Rixen D.J. General Framework for Transfer Path Analysis: History, Theory and Classification of Techniques Mechanical Systems and Signal Processing 68 217 244 2016
  4. de Klerk , D. , Rixen , D.J. , and Voormeeren , S.N. General Framework for Dynamic Substructuring: History, Review and Classification of Techniques AIAA Journal 46 5 1169 1181 2008
  5. The International Organization for Standardization (ISO) Acoustics - Characterization of Sources of Structure-Borne Sound with Respect to Sound Radiation from Connected Structures - Measurement of Velocity at the Contact Points of Machinery When Resiliently Mounted 1996
  6. Moorhouse , A.T. , Elliott , A.S. , and Evans , T.A. In Situ Measurement of the Blocked Force of Structure-Borne Sound Sources Journal of Sound and Vibration 325 4-5 679 685 2009
  7. The International Organization for Standardization (ISO) Acoustics - Characterization of Sources of Structure-Borne Sound and Vibration - Indirect Measurement of Blocked Forces 2018
  8. Wernsen , M.W.F. , van der Seijs , M.V. , and de Klerk , D. An Indicator Sensor Criterion for In-Situ Characterisation of Source Vibrations Sensors and Instrumentation 5 Cham Springer 2017 55 69
  9. Meggitt , J.W.R. , Elliott , A.S. , and Moorhouse , A.T. A Covariance Based Framework for the Propagation of Uncertainty Through Inverse Problems with an Application to Force Identification Mechanical Systems and Signal Processing 2018
  10. Meggitt , J.W.R. , Moorhouse , A.T. , and Elliott , A.S. On the Problem of Describing the Coupling Interface Between Sub-Structures: An Experimental Test for ‘Completeness’ Dynamics of Coupled Structures 4 Cham Springer 2018 171 182
  11. Elliott , A.S. , Moorhouse , A.T. , and Pavić , G. Moment Excitation and the Measurement of Moment Mobilities Journal of Sound and Vibration 331 11 2499 2519 2012
  12. Moorhouse , A.T. , Evans , T.A. , and Elliott , A.S. Some Relationships for Coupled Structures and their Application to Measurement of Structural Dynamic Properties In Situ Mechanical Systems and Signal Processing 25 5 1574 1584 2011
  13. van der Seijs , M. , van den Bosch , D. , Rixen , D. , and de Klerk , D. An Improved Methodology for the Virtual Point Transformation of Measured Frequency Response COMPDYN 2013
  14. de Klerk , D. , and Rixen , D.J. Component Transfer Path Analysis Method with Compensation for Test Bench Dynamics Mechanical Systems and Signal Processing 24 6 1693 1710 2010
  15. Elliott , A.S. , Moorhouse , A.T. , Huntley , T. , and Tate , S. In-Situ Source Path Contribution Analysis of Structure Borne Road Noise Journal of Sound and Vibration 332 24 6276 6295 2013
  16. Lennström , D. , Olsson , M. , Wullens , F. , and Nykänen , A. Validation of the Blocked Force Method for Various Boundary Conditions for Automotive Source Characterization Applied Acoustics 102 108 119 2016
  17. Alber , T. , Sturm , M. , and Moorhouse , A.T. Independent Characterization of Structure-Borne Sound Sources Using the In-Situ Blocked Force Method Internoise 2016 Germany Aug. 21-24, 2016
  18. Sturm , M. , Moorhouse , A.T. , Yankonis , M. , Marchand C. et al. Robust NVH Development of Steering Systems Using In-Situ Blocked Forces from Measurements with Low-Noise Driver Simulators NOISE-CON 2017 USA June 12-14, 2017
  19. Moorhouse , A.T. Virtual Acoustic Prototypes as A Tool for Low-Noise Design Proceedings of the Institute of Acoustics 24 4 2002
  20. Meggitt , J.W.R. 2017
  21. van der Seijs , M. , Pasma , E.A. , de Klerk , D. , and Rixen D.J. A Robust Transfer Path Analysis Method for Steering Gear Vibrations on a Test Bench ISMA 2016 Belgium Sep. 7-9, 2014
  22. Kimpián , T. and Augusztinovicz , F. Multiphase Multisine Signals - Theory and Practice ISMA 2016 Belgium Sep. 19-21, 2016
  23. Moorhouse , A.T. and Meggitt , J.W.R. Evaluation of Uncertainties in Classical and Component (Blocked Force) Transfer Path Analysis (TPA) SAE Technical Paper 2019
  24. Knechten , T. , Morariu , M.-C. , and van der Linden , P.J.G. Improved Method for FRF Acquisition for Vehicle Body NVH Analysis SAE Technical Paper 2015-01-2262 2015 10.4271/2015-01-2262
  25. Meggitt , J.W.R. , Elliott , A.S. , Moorhouse , A.T. , Banwell , G. et al. Broadband Characterisation of In-Duct Acoustic Sources Using an Equivalent Source Approach Journal of Sound and Vibration 442 800 816 2019

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