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AIRCRAFT AND AEROSPACE INDUSTRIES
| Aerospatiale | France | Commercial Aircraft GVT |
| Agusta | Italy | Helicopter gear box testing |
| Aircraft Braking Systems Corporation | USA | Aircraft anti-skid braking system evaluation |
| Allied Signal - Aircraft Landing Systems | USA | Braking system dynamic model verification |
| Ball Aerospace Corporation | USA | Braking system dynamic evaluation |
| Boeing Aerospace | USA | Military aircraft ground vibration testing |
| Boeing Shared Services Group | USA | Machine tool chatter and stability studies |
| Boeing Vertol | USA | Helicopter active damper testing |
| British Aerospace | England | Missile system dynamic testing |
| General Electric - Evendale | USA | Aircraft engine turbine blade fatigue testing |
| Goodyear Aerospace Corporation | USA | Aircraft braking system dynamic evaluation |
| Martin Marietta | USA | Missile system dynamic load testing |
| MBB | Germany | Airframe dynamic evaluation |
| MBB Helicopter of Canada, Ltd. | Canada | Helicopter rotor dynamic studies |
| Pratt & Whitney | USA | Turbine engine bearing evaluation |
| Rockwell International | USA | Missile delivery system GVT |
| Solar Turbines Incorporated | USA | Turbine engine bearing evaluation |
AUTOMOTIVE
| A.O. Smith Corporation | USA | Automotive frame modal analysis |
| B.F. Goodrich | USA | Truck tire dynamic testing |
| Bayrische Motoren Werke | Germany | Vehicle Noise/ Vibration/ Harshness testing |
| Blue Bird Body Company | USA | School bus dynamic response studies |
| Borg Warner Automotive | USA | Anti-lock brake dynamic testing |
| Bridgestone Tires | Japan | Automotive tire noise reduction |
| Bridgestone/ Firestone, Inc. | USA | Vehicle tire tread vibration comparisons |
| British Leyland | England | Vehicle Noise/ Vibration/ Harshness testing |
| Changchung Automotive Research Institute | China | Linear and Torsional drive train NVH studies |
| Fiat | Italy | Modal Model damping correlation studies |
| Ford Motor Company | Australia | Automotive Noise/ Vibration/ Harshness |
| Ford Motor Company | England | Automotive Noise/ Vibration/ Harshness |
| Ford Motor Company | Germany | Automotive Noise/ Vibration/ Harshness |
| Ford Motor Company | USA | Automotive Noise/ Vibration/ Harshness |
| Freightliner Test Center | USA | Truck cab vibration isolation studies |
| G.M. Powertrain Division | USA | Truck transmission dynamics testing |
| General Motors Corporation | England | Automotive Noise/ Vibration/ Harshness |
| General Motors Corporation | USA | Advanced manufacturing research |
| General Motors - Cadillac Division | USA | Automotive Noise/ Vibration/ Harshness |
| General Motors - Milford Proving Grounds | USA | Dual channel Noise/ Vibration/ Harshness |
| General Motors - Milford Proving Grounds | USA | Torsional drive train Noise/ Vibration |
| General Motors Corporation - Opel | Germany | Advanced manufacturing research |
| GKN | England | Automotive axle torsional dynamics testing |
| Goodyear Tire & Rubber | USA | Tire Noise/ Vibration testing |
| Hankook Tire | USA | Tire modal characterization |
| Harley Davidson Motor Company | USA | Three channel motorcycle ride simulation |
| Hino Motors | Japan | Truck Noise/ Vibration/ Harshness |
| Honda Motors Corporation | USA | Vehicle Noise/ Vibration/ Harshness testing |
| Honda Motors | Japan | Gasoline engine torsional dynamics |
| Isuzu Motors | Japan | Vehicle Noise/ Vibration/ Harshness testing |
| Kenworth Truck Company | USA | Truck frame modal correlation |
| Kia Motors | Korea | Automotive Noise/ Vibration/ Harshness |
| Kochi | Japan | Automotive component testing |
| Mazda | Japan | Vehicle noise reduction |
| Millbrook Proving Ground, Ltd. | England | Automotive component testing |
| Mitsubishi Motors | Japan | Truck engine mount testing |
| Nissan Diesel | Japan | Diesel engine torsional dynamics and damping studies |
| Nissan | Japan | Truck Noise/ Vibration/ Harshness |
| NKK | Japan | Automotive component testing |
| SAGA - Parelli Tires | Italy | Diesel engine torsional damper testing |
| Peterbilt Motors Company | USA | Truck frame modal correlation |
| Suzuki | Japan | Motorcycle vibration reduction |
| Toyota | Japan | Automotive Noise/ Vibration/ Harshness |
| Volkswagen | Germany | Exhaust system fatigue studies |
| Yamaha | Japan | Motorcycle vibration reduction |
CONSULTANTS AND TEST LABORATORIES
| CSA Engineering | USA | Satellite vibration testing |
| CSA Engineering | USA | Three channel high frequency motion simulator |
| Datasyst Engineering and Testing Services | USA | Construction equipment load testing |
| Delta Acoustics | Denmark | Torsion excitation of wind turbines |
| Det Norske Veritas | Norway | Offshore platform vibration testing |
| Good Samaritan Hospital | USA | Building vibration isolation testing |
| International Technegroup, Inc. | USA | Industrial vibration consulting |
| Manitoba Research Council | Canada | Power generation consulting projects |
| Manta Corporation | USA | Off road vehicle vibration testing |
| Materials Characterization Laboratory | USA | Jet engine ceramic bearing wear studies |
| National Engineering Laboratories | England | Vibration qualification studies |
| National Institute of Standards & Technology | USA | Residential dwelling earthquakes studies |
| Ontario Research Foundation | Canada | Oil exploration equipment evaluation |
| Rush Engineering | USA | General industrial vibration consulting |
| Sandia National Laboratories | USA | Nuclear system dynamic testing |
| SDRC | England | Automotive suspension test consulting |
| SDRC | USA | Steel mill ventilation fan testing |
| SES Technical, Inc. | USA | Trouble shooting of steel mill vibration problems |
| Southwest Research Institute | USA | Oil field structural evaluations |
| Toronto General Hospital | Canada | Human ear response to rotational motion |
| U.S. Army Corps of Engineers | USA | Minuteman missile silo nuclear near miss studies |
| Yard Ltd., Consulting Engineers | Scotland | Submarine structure borne noise evaluation |
DEFENSE INDUSTRY
| Agency for Defense Development | Korea | Classified |
| AMTE | England | Military vehicle dynamic studies |
| FMC Corporation, Ordnance Division Engineering | USA | Ordinance systems vibration isolation |
| Hamilton Standard Division of United Technologies | USA | Satellite active vibration isolation studies |
| Naval Construction Research | England | Ship hull modal studies |
| Naval Engineering Test Establishment | Canada | Weapon systems modal characterization |
| Naval Underwater Systems Center | USA | Submarine structure borne noise isolation systems |
| Naval Weapons Center | USA | Torpedo vibration characterization |
| U.S. Army Corpus Christi Army Depot | USA | Army ordinance delivery system vibration testing |
MACHINE TOOLS
| Bryant Grinder | USA | Chatter evaluation of grinding machines |
| China National Machinery & Equipment Corp. | China | Dynamic studies of aerospace composites |
| Cincinnati Milacron | USA | Chatter troubleshooting of milling machines |
| Ingersol Milling Machine | USA | Dynamic load simulation of vertical mills |
| Pratt & Whitney | USA | Cutting tool chatter correlation with machine dynamics |
| The Geason Works | USA | Dynamic investigations into gear tooth cutting chatter |
| Warner & Swasey Company | USA | Chatter studies in vertical boring mills |
| White Sundstrand | USA | Chatter excitation of turning mills |
OFF ROAD AND CONSTRUCTION EQUIPMENT
| Caterpillar Technology Center | USA | Vehicle simulation correlation studies |
| Fiat Allis | Italy | Roll over structure dynamic testing |
| Fiat Allis | USA | Structure borne noise simulation |
| International Harvester | USA | Combine vehicle dynamics |
| J.I. Case | USA | Tractor modal excitation |
| John Deere | USA | Tractor suspension simulation |
| John Deere Technical Center | USA | Component testing and simulation |
| Komatsu | Japan | Bulldozer steering vibration evaluation |
POWER GENERATION EQUIPMENT
| Atomic Energy of Canada | Canada | Inertial mass excitation of generators |
| Babcock & Wilcox | USA | Steam piping dynamics troubleshooting |
| Detroit Edison | USA | Foundation and bearing pad modal studies |
| Electricite de France | France | Four channel modal excitation of turbine foundations |
| GE Knolls Atomic Power Laboratory | USA | Modal analysis of recirculating pumps |
| General Electric Power Systems | USA | Continuous torsional excitation of turbine rotors |
| Hitachi | Japan | Inertial mass excitation of turbines and generators |
| KWU | Germany | Excitation of power plant piping systems |
| Mcgraw Edison | USA | Modal studies of gear reduction systems |
| Mitsubishi Electric | Japan | Modal analysis of turbine rotors |
| Ontario Hydro | Canada | Inertial excitation of dams and switch gear foundations |
| Pacific Gas and Electric Company | USA | Generating plant auxiliary equipment trouble shooting |
| Prairie Island Nuclear Generating Plant | USA | Bearing pedestal dynamic studies |
| South Africa Power Authority | South Africa | Inertial excitation of foundations and bearing pads |
| Tennessee Valley Authority | USA | Modal evaluation of power distribution towers |
| Toshiba | Japan | Torsional excitation of turbine rotors |
| Turbo Research | USA | Troubleshooting in power plants |
| Westinghouse Electric Corporation | USA | Continuous rotational excitation of turbine rotors |
| Wisconsin Electric Power Company | USA | Vibrational cleaning of slag deposits on heat exchangers |
PROCESS AND INDUSTRIAL PRODUCT INDUSTRIES
| AGIP | Italy | Oil field equipment structural evaluation |
| Bailey Controls Company | USA | Industrial control equipment vibration screening |
| Beloit Corporation | Italy | Paper machine vibration damping systems |
| Beloit Corporation | Poland | Paper machine vibration damping systems |
| Beloit Corporation | USA | Diesel engine noise and vibration control |
| Bendix - Industrial Group, Warner & Swasey | USA | Industrial gear box gear noise studies |
| Conoco, Inc. | USA | Petroleum process vibration trouble shooting |
| Defiance - Noise & Vibration | USA | Industrial vibration reduction |
| e.i. Dupont de Nemours & Co., Inc. | USA | Chemical plant piping vibration studies |
| Erving Paper | USA | Paper machine vibration damping systems |
| ITT Grinnell Corporation | USA | Industrial valve vibration and fatigue studies |
| Kusters | Germany | Paper machine vibration damping systems |
| Lucky Goldstar Industrial Systems Co. | Korea | Process machinery vibration control |
| Mitsubishi Heavy Industries | Japan | Heavy industrial equipment modal analysis |
| Nuovo Pignone | Italy | Industrial gear box gear noise studies |
| Pacific Pumps Division | USA | Industrial pumping systems vibration analysis |
| Phoenix Products | USA | Offshore platform lighting systems vibration screening |
| Reliance Electric Company | USA | Electric motor dynamics |
| The Procter & Gamble Paper Products Company | Canada | Paper machine vibration damping systems |
| The Procter & Gamble Paper Products Company | Italy | Paper machine vibration damping systems |
| The Procter & Gamble Paper Products Company | USA | Paper machine vibration damping systems |
| Timken Company | USA | Roller bearing non-linear loading studies |
| Valmet-Karlstad AB | Sweden | Paper machine and food processing vibration damping |
| Whirlpool Corporation | USA | Appliance vibration control studies |
RAILROAD EQUIPMENT
| Association of American Railroads | USA | Development of dynamic models of rail cars |
| British Rail | England | Modal analysis of rolling stock |
| General Motors Corporation | USA | Vibration and noise reduction of diesel locomotives |
| Pullman Standard | USA | Ride quality studies of suspension systems |
SHIPBUILDING INDUSTRIES
| Japan Shipbuilding | Japan | Hull dynamics correlation studies |
| Mitsui Shipbuilding | Japan | Underwater inertial excitation of ship propellers |
| Sumitomo Shipbuilding | Japan | Superstructure inertial excitation |
STEEL INDUSTRIES
| British Steel Plc. | England | Rolling mill torsional dynamics troubleshooting |
| Kobe Steel | Japan | Steel handling machinery dynamic studies |
| U.S. Steel | USA | Cold rolling mill vibration reduction |
UNIVERSITIES AND RESEARCH INSTITUTES
| Chuoh University | Japan | Machine tool dynamics research |
| Dartmund University | Germany | Automotive suspension simulation |
| Eindhoven Technical High School | Netherlands | Tool chatter research |
| Georgia Institute of Technology | USA | Helicopter bearing load simulation |
| Katholieke Universiteit Leuven | Belgium | Machine tool chatter research |
| Korea Standards Research Institute | Korea | Industrial vibration reduction research |
| Lehigh University | USA | Power transmission structures and equipment |
| Mechanical Engineering Research Laboratory | Japan | Aircraft bearing dynamic loading |
| Michigan Tech | USA | Automotive suspension dynamics and damping simulation |
| Ohkuma | Japan | Machine tool research |
| Purdue University | USA | Machine tool chatter research |
| Rijksuniversiteit Groningen | Netherlands | General modal analysis research |
| Southeastern University | China | Inertial excitation of turbine bearings |
| Tennessee Technological University | USA | Bearing dynamics |
| Texas A&M University | USA | Jet engine bearing dynamics |
| Tjing Ling Industrial Research Institute | Taiwan | Power generation equipment |
| University of Cincinnati | USA | Machine tool troubleshooting and dynamics education |
| University of Dayton | USA | Automotive braking systems research |
| University of Manchester | England | Machine tool research |
| University of Saskatchewan | Canada | Oil exploration vehicle dynamics |
| University of Sheffield | England | Machine tool chatter research |
| University of Southampton | England | Industrial vibration reduction research |
| University of Wisconsin | USA | Power distribution equipment dynamics |
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