INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Vibration reduction index KIJ, A new quantity for sound transmission at junctions of building elements
pp. 1475-1480(6)
Author: Gerretsen, E.

Transient vibration of light frame floors (Part IV)
pp. 1481-1484(4)
Author: Nash, A.

Vibration influence zone calculation using modified modal impact methods
pp. 1485-1488(4)
Author: Tavares, R.

The control of flexural power transmission in pipeline structures
pp. 1489-1492(4)
Authors: Clark, P.; White, R.G.

Vortex power flow actively induced in a thin rectangular plate
pp. 1493-1498(6)
Authors: Tanaka, N.; Kikushima, Y.; Kuroda, M.

Frequency- and space-averaged intensity measurements
pp. 1499-1504(6)
Author: Halkyard, C.R.

Development and application of structural intensity on composite panels
pp. 1505-1508(4)
Authors: Pauzin, S.; Simon, F.

Structural intensity measurements by using ultrasonic transducer array
pp. 1509-1514(6)
Authors: Morikawa, R.; Kosaka, S.; Nakamura, K.; Ueha, S.

Measurement of net power flow in pipes
pp. 1515-1520(6)
Author: Trdak, K.

Defects diagnosis in rotating machinery: Vibroacoustic analysis
pp. 1521-1526(6)
Authors: Hamzaoui, N.; Marquis, C.; Boisson, C.

Vibration from hand-held grinding machines with particular reference to grinding wheel unbalance
pp. 1527-1532(6)
Author: Ahmed, S.B.

Measurement for reduction effect of the impact sound transmission of floor finishes using small sample
pp. 1533-1536(4)
Authors: Kaite, M.; Ohkawa, O.; Murayama, C.

Vibration reduction in flexible manipulators using filtered control inputs
pp. 1537-1540(4)
Authors: Tokhi, M.O.; Kourtis, S.; Poerwanto, H.; Azad, A.K.M.

Double-pendulum vibration isolation facility for the electric control cubicle of the vertical cement mill
pp. 1541-1544(4)
Author: Okada, K.

Vibration control using colocated actuator/sensor
pp. 1545-1548(4)
Authors: Chou, C.S.; Wu, C.C.

Experimental study on vibration reduction by isolated railway
pp. 1549-1552(4)
Authors: Kawaharazuka, T.; Hiramatsu, T.; Ohkawa, H.; Koyasu, M.

Analytical/experimental study of vibration of a room-sized airspring supported slab
pp. 1553-1556(4)
Authors: Amick, H.; Sennewald, B.; Pardue, N.C.; Teague, C.; Scace, B.

Vibration isolation treatments for coordinate measuring machines
pp. 1557-1560(4)
Author: Meredth, D.R.

Manchester concert hall vibration control
pp. 1561-1564(4)
Author: Anderson, D.

Surface mobility for a uniform force over a rectangular excitation area of an infinite thin plate
pp. 1565-1568(4)
Authors: Williamson, H.W.; Dal, J.

Vibration-isolation assemblies based on standard elements
pp. 1569-1572(4)
Authors: Maliutin, A.; Myshinsky, E.; Sukhavov, S.

The specification and development of a standard testing procedure for preformance evaluation of elastomeric isolators for machinery applications
pp. 1573-1576(4)
Authors: Inayat-Hussain, J.I.; Leong, M.S.

Structure borne sound energy flow through vibration isolators
pp. 1577-1582(6)
Author: Kari, L.

Vibration analysis of a forklift truck with a half-floated power train
pp. 1583-1586(4)
Authors: Jang, H.K.; Kim, D.S.; Lee, S.H.; Park, K.B.

The use of polar mobilities for predicting the coupled response of machine mounting systems
pp. 1587-1592(6)
Authors: Pinnington, R.J.; Fulford, R.A.; Terry, M.

An experimental study on the active control of the motion of a model ship cabin
pp. 1593-1596(4)
Authors: Bae, J-G.; Joo, W-H.; Chung, K-Y.

Automatic control of multiple tuned vibration neutralisers
pp. 1597-1602(6)
Authors: Brennan, M.J.; Elliott, S.J.; Long, T.

Flanking path effects in the active control of structural power transmission
pp. 1603-1608(6)
Authors: Gardonio, P.; Elliott, S.J.; Pinnington, R.J.

Robust vibration control of flexible structures by using piezoelectric devices
pp. 1609-1614(6)
Authors: Celentano, G.; Ciniglio, U.; Scala, S.; Setola, R.

Adaptive active control of structural vibration by minimisation of total supplied power
pp. 1615-1618(4)
Author: Henriksen, E.

A new multi-degree-of-freedom active vibration absorber
pp. 1619-1624(6)
Authors: Hellmann, J.; Burdisso, R.

Active vibration control of operator seat for heavy machinery
pp. 1625-1628(4)
Authors: Uhl, T.; Kowai, J.; Salamon, T.; Korendo, Z.

Application of an elastic sandwich damping treatment at high temperature environment
pp. 1629-1632(4)
Authors: Pinnington, R.J.; Chow, L.C.

Acoustic propagation in a semi-infinite cylinder treated with isotropic homogeneous porous material
pp. 1633-1636(4)
Authors: Lesquins, E.; Lafarge, D.

Evaluation of the effect of damping treatment with consideration for the changes in vibration mode shapes
pp. 1637-1640(4)
Authors: Ohishi, H.; Ohno, S.

Vibration responses and sound radiation of visco-elastically damped plates
pp. 1641-1644(4)
Authors: Akamatsu, K.; Kikuchi, A.

Vibration neutralisers for controlling pump noise
pp. 1645-1648(4)
Authors: Newman, M.J.; Nordmark, K.

The current state and future tasks of prediction technique of environmental ground vibration caused by many kinds of vibration sources
pp. 1649-1654(6)
Author: Shioda, M.

Combined effect of hand-arm vibration and noise on temporary hearing threshold shift
pp. 1655-1658(4)
Authors: Sakakbara, H.; Zhu, S.K.; Yamada, S.

A new procedure of estimation of the dependence on the optimal isolating system for a sitting human operator body on the form of criterion of vibroisolation
pp. 1659-1664(6)
Author: Ksiazek, M.

Protection from hand-arm vibration by the use of gloves: Possibility or fraud
pp. 1665-1670(6)
Author: Voss, P.

A study of the influence of the great Hanshin earthquake on human response to environmental vibration due to the Shinkansen
pp. 1671-1676(6)
Authors: Sumitomo, S.; Tsujimoto, S.; Kawabata, F.; Kawanoue, H.; Onishi, M.; Maeda, S.; Kitamura, Y.

Estimation of exposure of dwellers to train induced ground vibration
pp. 1677-1680(4)
Author: Fujikake, T.

Vibration exposure and submarine construction
pp. 1681-1684(4)
Author: Clampton, S.J.

Hand-arm vibration protection: Testing and evaluating gloves offered an antivibration gloves on the Polish market
pp. 1685-1688(4)
Authors: Koton, J.; Kowalski, P.; Szopa, J.

Experimental study of hand-arm impedance
pp. 1689-1694(6)
Authors: Liang, J.; Griffin, M.J.

Vibration exposure in the UK foundry industry
pp. 1695-1700(6)
Author: Pitts, P.M.

Frequency weightings for the aversion of broiler birds to horizontal and vertical vibration
pp. 1701-1706(6)
Authors: Randall, J.M.; Duggan, J.A.; Alami, M.A.

Hand-transmitted vibration exposure in shipbuilding and ship repair
pp. 1707-1712(6)
Author: Hewitt, S.M.

A programme to examine risk of injury from exposure to hand-arm and whole-body vibration at work
pp. 1713-1718(6)
Author: Brereton, P.

Six axes of head acceleration during ambulation
pp. 1719-1724(6)
Authors: Woodman, P.D.; Griffin, M.J.

Vehicle seat dynamics measured with an anthropodynamic dummy and human subjects
pp. 1725-1730(6)
Authors: Mansfield, N.J.; Griffin, M.J.

Effect of arm support on force at a hand-held joystick during exposure to vertical seat vibration
pp. 1731-1736(6)
Authors: Paddan, G.S.; Griffin, M.J.

Measurement and analysis of vibration of hand-held tool
pp. 1737-1742(6)
Authors: Yonekawa, Y.; Kanada, K.; Takahashi, Y.; Maeda, S.

A study of dynamics and modelling of human body exposed to multi-dimensional excitation
pp. 1743-1748(6)
Authors: Yoshimura, T.; Tamaoki, G.

Issues in weighting functions for the assessment of exposed whole-body vibration
pp. 1749-1752(4)
Authors: Cheung, W-S.; Lee, D.H.; Hwang, C.H.; Nam, H.D.

A contribution to the study of human sensitivity to random vibrations in cars with paired comparisons
pp. 1753-1758(6)
Authors: Lherminier, F.; Lepoivre, E.; Leclerc, J.P.

Effects of background noise on the 'wanted listening level' of 'sound media' in dwellings rooms
pp. 1759-1764(6)
Authors: Kim, S.W.; Jang, G.S.; Han, M.H.

Review of noise abatement measures at military training facilities in Germany
pp. 1765-1768(4)
Author: Helwolt, G.

A multiple quarter-wave resonator system for the attenuation of noise entering buildings through ventilation openings
pp. 1769-1772(4)
Authors: Field, C.; Fricke, F.

Numerical simulation of laboratory sound insulation determination experiments
pp. 1773-1778(6)
Authors: Pietrzyk, A.; Pedersen, D.B.

Experimental determination of reverberation time for low frequencies in an impact sound laboratory
pp. 1779-1782(4)
Authors: Johansson, C.; Shi, W.

Noise pollution in hospitals in Sandi Arabia: A case study, King Fahd Hospital of the University, Al-Khobar
pp. 1783-1786(4)
Author: Khaiyat, S.

Predicting impact sound insulation of the wooden joist floors - An application of European models
pp. 1787-1790(4)
Authors: Shi, W.; Johansson, C.; Sundback, U.

Low frequency airborne sound transmission in buildings: Single plane walls
pp. 1791-1794(4)
Authors: Osipov, A.; Mees, P.; Vermeir, G.

Laboratory analysis of the airborne sound transmission through a prefabricated structural glazing
pp. 1795-1800(6)
Authors: Vermeir, G.; Bosmans, I.; Mees, P.

Relationships among various single-number indices for sound insulation of building walls
pp. 1801-1806(6)
Authors: Tachibana, H.; Yano, H.; Hamada, Y.; Koyasu, M.

Effect of pre-load on the dynamic stiffness of impact insulation materials and on the predicted impact sound insulation
pp. 1807-1810(4)
Author: Metzen, H.A.

Active control of the sound transmission through a double-glazing window
pp. 1811-1816(6)
Authors: De Fonseca, P.; Desmet, W.; Cops, A.; Cooper, J.; Sas, P.

Increasing of sound insulation of windows in existing buildings
pp. 1817-1820(4)
Authors: Pota, E.; Dombi, I.

In-situ measurement of sound transmission loss of masonry constructions by acoustic intensimetry
pp. 1821-1824(4)
Authors: Sullivan, R.D.; Gibbs, B.M.

Structural coupling through the frame of a double wall
pp. 1825-1830(6)
Authors: Smith, R.S.; Craik, R.J.M.

A new music school in an existing building - Increased sound insulation solutions
pp. 1831-1834(4)
Author: Kotschy, A.

A noise and vibration protection by mixed polymer waste
pp. 1835-1840(6)
Authors: Vitamvasova, E.; Vasut, S.; Gerza, D.; Bris, P.

Effect of joist length on sound transmission through wood joist floors
pp. 1841-1846(6)
Author: Warnock, A.C.C.

Sound insulation characteristics of multistorey dwellings with RC suspended slabs
pp. 1847-1850(4)
Authors: Otsuru, T.; Nakashima, S.; Takahashi, Y.

Optimum condition search for tangential flow fan integrated to an air conditioning system with a diffusing ceiling
pp. 1851-1854(4)
Authors: Funfschilling, O.; Lenat, Y.

Improving speech privacy in an open plan office
pp. 1855-1858(4)
Authors: Chan, K.K.; To, W.M.

Sound pressure level evaluation from toilet flushes
pp. 1859-1862(4)
Authors: Querido, J.G.; Bistafa, S.R.

Testing of software for outdoor noise prediction
pp. 1863-1868(6)
Authors: Petersen, J.; Kragh, J.

Some unusual entertainment noise problems
pp. 1869-1874(6)
Author: Paoletti, D.A.

Noise level data base for urban planning in the next 25 years (Renovation of the Mahmoudiah Canal, Alexandria, Egypt)
pp. 1875-1878(4)
Authors: Abdel Alim, O.; Zaki, N.

Noise emission from stadiums
pp. 1879-1882(4)
Authors: Granneman, J.H.; Huizer, H.

Populations reaction on road traffic noise: A field survey
pp. 1883-1886(4)
Authors: Demeter, E.; Berndt, M.

Noise control code of practice on environmental noise control at concerts - Case studies
pp. 1887-1892(6)
Authors: Griffiths, J.E.T.; Hinton, J.; Morris, P.

An emerging strategy of general aviation noise reduction
pp. 1893-1898(6)
Author: Peterse, A.H.

Alternative measures to mitigate long term construction noise
pp. 1899-1904(6)
Author: Wolf, S.

When will the isolation program in Amsterdam end?
pp. 1905-1908(4)
Author: Huijbregts, A.J.

Noise control of pyrotechnic devices used in leisure time activities
pp. 1909-1912(4)
Authors: Paakkonen, R.; Kyttaia, I.

Construction site noise control for the airport railway in Hong Kong
pp. 1913-1918(6)
Authors: Frommer, G.; Budge-Reid, A.

Outdoor entertainment in Hong Kong - A noise balancing act
pp. 1919-1924(6)
Authors: Boxall, J.E.; Tromp, F.; Ho, S.W.F.; Chan, K.S.; Ng, P.S.

Tonal nuisance - An enforcement view
pp. 1925-1930(6)
Author: Purdue, A.J.

Noise monitoring by local self-governing bodies around new Tokyo International Airport
pp. 1931-1936(6)
Authors: Okuda, T.; Tsuru, H.; Hayashi, N.; Okabe, T.; Ohashi, S.

The establishment of airport noise monitoring system for Subang Kuala Lumpur International Airport, Malaysia
pp. 1937-1940(4)
Author: Ghani, M.I.A.

FAI proposal for noise evaluation of smaller airports
pp. 1941-1946(6)
Author: Bruel, P.V.

Noise reduction in suburbs by sequential location of typical road and passage elements of noise reduction capacities
pp. 1947-1950(4)
Authors: Rosenhouse, G.; Soker, J.

Alternative textures for concrete roads: A comparison of vehicle noise emission levels for recently constructed road surfaces
pp. 1951-1956(6)
Authors: Abbott, P.G.; Phillips, S.M.

The change in traffic noise levels following the installation of speed control cushions and road humps
pp. 1957-1962(6)
Authors: Abbott, P.G.; Layfield, R.E.

Scale modelling of traffic noise propagation in a city street canyon
pp. 1963-1968(6)
Authors: Horoshenkov, K.v.; Mercy, S.E.; Hothersall, D.C.

Technical implicatioons of the new French regulations in the field of traffic noise
pp. 1969-1972(4)
Authors: Soulage, D.; Besnard, F.