|
Client |
Vessel/Project |
Description |
|
Advanced Marine Enterprises/NAVSEA |
LHD-5 |
Predict GT exhaust noise; predict airborne noise levels;
evaluate foam acoustic characteristics; provide SNAME prediction spreadsheets for HVAC induced
noise. |
|
Boeing/The Glosten Associates |
SBX Radar Platform |
Provide forced Finite Element Analysis to determine response at
base of sensitive radar and electronic equipment to low frequency vibration induced by gensets,
large ventilation fans and thrusters onboard semi-submersible. |
|
Bollinger Shipyards, Inc. |
USCG 87'
CPB, USN 170' PC, & USCG Island Class 87' WPB |
Evaluate noise and vibration, recommend treatments, perform 6
DOF calculations for isolation mounted equipment. |
|
Bollinger Shipyards, Inc. |
Liftboat IRISH SEA PIONEER |
Noise control program to meet noise requirements as low 45 dB(A)
in quarters aboard a self-propelled liftboat; low vibration levels are specified for berths |
|
CGI |
Cable Layer |
Review noise predictions and recommend fixes for AT&T for
expected high noise levels at low frequency. |
|
Chouest Offshore |
R/V GOULD |
Conduct diagnostic tests to determine machinery and possible
bubble sweep-down impact on sonar system self-noise, provide modifications to sonar location to
minimize these effects. |
|
Deytents Shipyard |
M/V DELAWARE II |
Predict and control habitability noise during rehab of NOAA
vessel, conduct diagnostic tests on hydraulic system. |
|
Elliot Bay Design Group |
Quarters Barge |
Predict noise on ACOE quarters barge and specify noise control
treatments |
|
Elliot Bay Design Group |
M/V PRINCE OF WALES |
Predict noise, recommend treatments, prepare noise control
sections of vessel specification. |
|
Foss Maritime |
M/V GARTH FOSS & M/V LINDSEY FOSS |
Set noise goals, perform predictions, select noise control
treatment, inspect treatments installation, perform noise and vibration acceptance tests for
Voith-Schneider propelled tractor tugs |
|
General Electric |
LM2500+ Gas Turbine Noise Control |
Provide noise control engineering services to reduce the
near-field airborne noise from the LM2500+; conduct diagnostic tests with artificial acoustic
sources to identify critical sources and transmission paths. |
|
Halter Marine Group |
M/V KENNICOT, AGOR Class
Research Vessels, TAGS, & ACOE Vessels |
Predict noise and vibration during detail design, conduct
verification testing |
|
Isle Royale National Park |
M/V RANGER III |
Conduct pre-conversion noise survey on ferry, develop
specifications for re-powering, take final noise data |
|
JJMA |
LCS, naval combatant |
Predict underwater radiated noise of composite hulled SES for
competitive LCS design phase; recommend optimal noise control approaches |
|
JJMA |
Foreign Corvette |
Predict and recommend noise control approaches to reduce
radiated and self-noise of diesel-electric propelled corvette |
|
KvaernerMasa |
Sea-Lift |
Perform FEA of superstructure, mast, cranes; predict hull modes
of vibration |
|
LeTourneau/Hopeman Brothers |
Gorilla V Offshore Platform |
Predict noise in SCR Control room and provide noise control
solutions, evaluate noise in accommodations to meet UK DOE noise requirements and provide trade-off
noise study. |
|
Lockheed Martin |
AGOR-26 SWATH R/V |
Predict and control the habitability noise, underwater radiated
noise, habitability vibration, and sonar self-noise for a SWATH R/V, NCE was part of the Integrated
Product Team along with GPA and Atlantic Marine |
|
Marinette Marine |
USCG WLM & WLB Buoy Tenders |
Predict and control noise and vibration on new designs WLB &
WLM for the USCG, detail noise control treatments, including stanchion isolators; conduct trials;
perform FEA stress analysis. |
|
Maritrans, Inc. |
Various
Tugboats |
Perform diagnostic noise and vibration measurements, detail
treatments, re-test, diagnose and cure rudder vortex shedding induced vibration; advise on
machinery vibration/health monitoring system. |
|
Marco-Seattle |
San Francisco Pilot-boat |
Predicted noise for all compartments, recommended treatments to achieve noise
requirements with major financial penalty. |
|
McDermott Shipyard |
Sulfur Carrier |
Predict noise and vibration, provide noise and vibration
controls, design novel stanchion isolation, tested installation, conduct trials |
|
Minerals Management Service (MMS), U.S. Department of the Interior |
Oil Rig Underwater Radiated Noise |
Measure, model and develop noise control to reduce the
underwater radiated noise of offshore structures |
|
Mobil Oil |
Various Vessels |
Diagnostic measurements and corrections to reduce machinery
induced noise and vibration. |
|
Monterey Bay Aquarium Research Institute (MBARI) |
R/V
WESTERN FLYER |
Diagnose noise and vibration problems on existing SWATH research
vessel, recommend additional noise control treatments. |
|
North American Shipbuilding |
R/V PALMER |
Develop Noise Control Plan; predict noise, select & detail
noise controls; predict sonar self-noise and select possible controls. |
|
Naval Surface Warfare Center (NSWC) |
LHD-8 |
Predict noise in LM2500+ GT engine room and develop noise
specification for machinery rooms using NCEs proprietary software Designer-NOISE;
evaluate potential noise control approaches. |
|
Naval Surface Warfare Center (NSWC) |
LHA(R), naval auxiliary |
Predict the narrow-band and broad-band underwater radiated noise
induced by the LM2500/gearbox/gensets and other major equipment using NCEs software
Designer NOISE; assist in the selection of optimal noise control approaches |
|
NSWC Combat Craft |
USMC SURC |
Diagnostic tests to determine best methods to reduce onboard and
far-field airborne noise from fast patrol boat. |
|
NSWC/ONR |
SEAFIGHTER
(X-Craft) |
Predict the habitability noise and underwater radiated noise of
a light-weight, high speed experimental craft; develop novel spray-on damping material optimized
for use on high speed craft; confirm model results through verification testing. |
|
Office of Naval Research (ONR) |
EFEA Acoustic Modeling |
Investigate and develop Energy Finite Element Analysis (EFEA)
modeling approach that can be adapted to predict machinery and hydrodynamic excitation with respect
to radiated noise |
|
Premier Cruise lines |
STAR SHIP OCEANIC |
Diagnostic measurements and recommendations for replacement
genset noise and vibration controls. |
|
M. Rosenblatt & Sons |
Icebreaker |
Review USCG noise specification for Great Lakes Icebreaker |
|
SEABEAM |
USCG WAGB |
Establish allowable ship's platform noise, including airborne,
structureborne and fluidborne, for multi-beam sonars to operate effectively on new USCG icebreaker,
including bubble sweep-down analysis |
|
Teco Westinghouse |
R/V GO Sars |
Predict and control noise and vibration from DC motor to meet
ICES underwater radiated noise goals; conduct Factory Acceptance Test and on-board testing,
including over-side underwater noise survey |
|
The Glosten Associates |
M/V
DELTA MARINER |
FEA vibration analyses of the missile cargo hanger
prediction of possible missile excitation due to machinery, and noise analysis for accommodations
|
|
The Glosten Associates |
Alaska Regional Research Vessel |
Predict the underwater radiated noise of the prototype Alaska
Regional R/V with respect to ICES, develop noise control approaches and develop acoustic
specification for vessel; evaluate Azipod vs. Z-drive radiated noise |
|
The Glosten Associates |
Alaska Ferry |
Provide noise and vibration control sections of the ship's
specification. |
|
University of Rhode Island |
R/V ENDEAVOR |
Diagnose causes of high noise levels, evaluate radiated noise
for multi-beam sonar system; diagnose high noise induced by hydraulic systems. |
|
University of Delaware |
R/V
SHARP |
Consulted with naval architect on vessel design concepts for
general research
vessel. Predict and design treatments to control airborne noise and radiated noise. Performed
Finite Element Analysis. Prepared purchase specification sections, evaluated shipyards,
conduct
vessel construction inspections, performed radiated noise diagnostic testing; conduct radiated
noise acceptance testing. |
|
U.S. Navy |
Noise Prediction Software (Designer-NOISE) |
Competed in Phase I of SBIR N98-092 for development of the
algorithms for shipboard noise prediction. Awarded Phase II SBIR contract to develop noise
prediction software with graphic user interface. NCE teamed with Proteus Engineering on the
software development project which became Designer-NOISE. |
|
Vanguard Services |
Army Corps Crane Barges |
Noise and vibration prediction, control, and testing on several
crane barges for the Army Corp of Engineers. |
|
VT Halter Marine |
Fisheries
Research Vessels |
Predict and design treatments to control airborne noise,
radiated noise and sonar self-noise for fisheries research vessel; prepare noise control plan;
conduct factory acceptance acoustic tests and conduct vessel acceptance acoustical tests; conduct
construction (dockside) and radiated noise diagnostic testing; conduct radiated noise acceptance
testing |
|
VT Halter Marine |
USNS
IMPECCABLE (T-AGOS 23) |
FEA of machinery foundations, 6 DOF calculations for isolation
mounted equipment, recommend HVAC system treatments |
|
VT Halter Marine |
Construction Anchor Handling Tug |
Predict habitability noise and vibration on a diesel-electric,
Z-drive tug, compare noise environment to hearing conservation criterion. |
|
VT Halter Marine |
Army Logistics Support Vessels; LSV-7 & LSV-8 |
Predict habitability noise and vibration from machinery and HVAC
sources and recommend treatments. Conduct noise and vibration measurements during vessel sea
trials. Investigated solutions to high bridge wing noise. |
|
Wartsila Diesel |
Power Barge |
Predict and control both shore-side and crew habitability noise
from 40 mW diesel generator power barge. |
|
Woods Hole Oceanographic Institution |
R/V KNORR |
Perform post-overhaul diagnostic tests, recommend machinery and
HVAC fixes, specify HVAC treatments, conduct underway and dockside trial, including noise,
vibration and underwater radiated noise, recommend fix for mast vibration. |