On board structure borne noise measurements and underwater radiated noise: AMT 2015

Pepijn Zoet, Serkan Turkmen, Paula Kellett, Batuhan Aktas, Rod Sampson, Weichao Shi, Mehmet Atlar, Osman Turan

Research output: Contribution to conferencePaper

Abstract

Underwater noise generated by shipping has become an important point of concern in the shipping industry. This concern comes from the growing awareness of the impact underwater noise can have on the underwater environment. Underwater noise from vessels can be managed not only from a machinery/propeller design point of view, but also from a ship operational point of view. In the latter case, a ship may have to operate in silent mode, e.g., at lower vessel speeds when it passes through acoustically sensitive geographical areas and therefore a noise monitoring tool is required. This paper focuses on the relationship between on board vibration (structure borne noise) measurement and the related underwater noise signatures of the Princess Royal, Newcastle University’s research vessel. Furthermore, the uncertainty with measurements will be discussed.
LanguageEnglish
Number of pages16
Publication statusPublished - 30 Sep 2015
EventAMT15, Istanbul, September 2015 - Istanbul, Turkey
Duration: 28 Sep 201530 Sep 2015

Conference

ConferenceAMT15, Istanbul, September 2015
CountryTurkey
CityIstanbul
Period28/09/1530/09/15

Fingerprint

Freight transportation
Ships
Propellers
Machinery
Monitoring
Industry
Uncertainty

Keywords

  • shipping
  • underwater noise
  • underwater environment
  • vessels
  • propeller design

Cite this

Zoet, P., Turkmen, S., Kellett, P., Aktas, B., Sampson, R., Shi, W., ... Turan, O. (2015). On board structure borne noise measurements and underwater radiated noise: AMT 2015. Paper presented at AMT15, Istanbul, September 2015, Istanbul, Turkey.
Zoet, Pepijn ; Turkmen, Serkan ; Kellett, Paula ; Aktas, Batuhan ; Sampson, Rod ; Shi, Weichao ; Atlar, Mehmet ; Turan, Osman. / On board structure borne noise measurements and underwater radiated noise : AMT 2015. Paper presented at AMT15, Istanbul, September 2015, Istanbul, Turkey.16 p.
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Zoet, P, Turkmen, S, Kellett, P, Aktas, B, Sampson, R, Shi, W, Atlar, M & Turan, O 2015, 'On board structure borne noise measurements and underwater radiated noise: AMT 2015' Paper presented at AMT15, Istanbul, September 2015, Istanbul, Turkey, 28/09/15 - 30/09/15, .

On board structure borne noise measurements and underwater radiated noise : AMT 2015. / Zoet, Pepijn; Turkmen, Serkan; Kellett, Paula; Aktas, Batuhan; Sampson, Rod; Shi, Weichao; Atlar, Mehmet; Turan, Osman.

2015. Paper presented at AMT15, Istanbul, September 2015, Istanbul, Turkey.

Research output: Contribution to conferencePaper

TY - CONF

T1 - On board structure borne noise measurements and underwater radiated noise

T2 - AMT 2015

AU - Zoet, Pepijn

AU - Turkmen, Serkan

AU - Kellett, Paula

AU - Aktas, Batuhan

AU - Sampson, Rod

AU - Shi, Weichao

AU - Atlar, Mehmet

AU - Turan, Osman

PY - 2015/9/30

Y1 - 2015/9/30

N2 - Underwater noise generated by shipping has become an important point of concern in the shipping industry. This concern comes from the growing awareness of the impact underwater noise can have on the underwater environment. Underwater noise from vessels can be managed not only from a machinery/propeller design point of view, but also from a ship operational point of view. In the latter case, a ship may have to operate in silent mode, e.g., at lower vessel speeds when it passes through acoustically sensitive geographical areas and therefore a noise monitoring tool is required. This paper focuses on the relationship between on board vibration (structure borne noise) measurement and the related underwater noise signatures of the Princess Royal, Newcastle University’s research vessel. Furthermore, the uncertainty with measurements will be discussed.

AB - Underwater noise generated by shipping has become an important point of concern in the shipping industry. This concern comes from the growing awareness of the impact underwater noise can have on the underwater environment. Underwater noise from vessels can be managed not only from a machinery/propeller design point of view, but also from a ship operational point of view. In the latter case, a ship may have to operate in silent mode, e.g., at lower vessel speeds when it passes through acoustically sensitive geographical areas and therefore a noise monitoring tool is required. This paper focuses on the relationship between on board vibration (structure borne noise) measurement and the related underwater noise signatures of the Princess Royal, Newcastle University’s research vessel. Furthermore, the uncertainty with measurements will be discussed.

KW - shipping

KW - underwater noise

KW - underwater environment

KW - vessels

KW - propeller design

M3 - Paper

ER -

Zoet P, Turkmen S, Kellett P, Aktas B, Sampson R, Shi W et al. On board structure borne noise measurements and underwater radiated noise: AMT 2015. 2015. Paper presented at AMT15, Istanbul, September 2015, Istanbul, Turkey.