The transmission of vibration from a handle to twelve test points located on the volar side of the hands of five females and five males was determined with laser technique for non-contact measurement of vibration. The excitation level was almost constant (0.01 m/srms) within the frequency range of 12.5 to 1250 Hz. The grip force exerted by the subjects was 10 N.
Vibration at frequencies below 40 Hz was in general transmitted to all test points without any noticeable attenuation.-Far higher frequencies and for test points adjacent to the wrist the transmission of vibration decreased with the frequency (5 dB/octave). For test points on the nails of the middle finger and thumb the un-attenuated frequency range was extended up to about 500 Hz. For other test points a more complicated pattern was observed and in the frequency range of 40–160 Hz, vibration was seen to be either fully transmitted or even amplified Only small and unclear differences in vibration transmission between females and males were observed.
AbramsC., SuggsC., (1969) Chain saw vibration: Isolation and transmission through the human arm. Transactions of the ASAE, 423–425.
2.
BovenziM., (1989) Effects of hand-arm vibration. In: ISSA Internation Section Research IS., (Ed). “Vibration at Work”. Allgemeine Unfallsversicherungsanstalt, Wien, 87–93.
3.
BovenziM., FioritoA., VolpeC., (1987) Bone and joint disorders in the upper extremities of chipping and grinding operators. Int Arch Occup Environ Health, 59, 189–198.
4.
BrammerA., (1986) Dose-response relationships for hand-transmitted vibration. Scand J Work Environ Health, 12, 284–288.
5.
BrammerA.J., (1983) Dose-response relationships for the hand-arm vibration syndrome, with reference to neuro-vegetative symptoms. In: GemneG., TaylorW. (Ed). “Hand-arm vibration and the central nervous system (A spec, issue of J of L.F.N.V.”, 151–162.
6.
BurstromL., (1990) Absorption of vibration energy in the human hand and arm. Lulea University of Technology, Doctoral thesis, 87 D.
7.
FutatsukaM., SakuraiT., AriizumiM., (1984) Preliminary evaluation of dose-effect relationships for vibration induced white finger in Japan. Int Arch Occup Environ Health, 54, 201–221.
8.
FärkkiläM., PyykköI., StarckJ., KorhonenO., (1982) Hand Grip Force and Muscle Fatigue in the Etiology of the Vibration Syndrome. In: BrammerA, TaylorW. (Ed). “Vibration Effects on the Hand and Arm in Industry”. John Wiley & Sons, New York, 45–50.
9.
GemneG., SarasteH., (1987) Bone and joint pathology in workers using hand-held vibrating tools. Scand J Work Environ Health, 13, 290–300.
10.
GriffinM., (1982) Hand-arm vibration standards and dose-effect relationships. In: BrammerA, TaylorW. (Ed.). “Vibration Effects on the Hand and Arm in Industry”. John Wiley and Sons, New York, 259–268.
11.
GriffinM., MacfarlaneC., NormanC., (1982) The transmission of vibration to the hand and the influence of gloves. In: BrammerA., TaylorW. (Ed.). “Vibration Effects on the Hand and Arm in Industry”. John Wiley & Sons, New York, 103–116.
12.
GriffinM.J., (1990) Handbook of Human Vibration (1st ed). Academic Press, London.
13.
HanssonJ-E., Attebrant-ErikssonM., GemneG., KihlbergS., KjellbergA., (1987) Vibration-transmission to and effects on the hand-arm system. Shrivenham. UK Informal Group Meeting on Human Response to Vibration.
14.
ISO 5349. (1986) Mechanical vibration — Guidelines for the measurement and the assessment of human exposure to hand-transmitted vibration. International Organization of Standardization, Standard, ISO 5349–1986(E).
15.
KihlbergS., (1987) Power flow and vibration transmission characteristics of the hand-arm system during exposure to impact vibration and harmonic vibration. Arbete & Hälsa1987:6, 1–22 (In Swedish with an English summary).
16.
LidströmI-M., (1977) Vibration injury in rock drillers, chiselers, and grinders. Some views on the relationship between the quantity of energy absorbed and the risk of occurrence of vibration injury. NIOSH publication, Cincinnati, Ohio, USA, 77–83.
17.
LundströmR., (1984) Local Vibration-Mechanical impedance of the human hand's glabrous skin. J Biomech, 17(2), 137–144.
18.
NIOSH. (1989) Occupational Exposure to Hand-Arm Vibration. Criteria for a Recommended Standard U.S. Department of Health and Human Services, DHHS (NIOSH) Publication No.89–106.
19.
OlingerL., WästerÅ., (1981) Vibration during riveting. Saab-Scania. Sweden. Test report, PH-81.17 (In Swedish).
PyykköI., HyvärinenJ., FärkkiläM., (1982) Studies of the etiological mechanism of the vasospastic component of the vibration syndrome. In: BrammerA., TaylorW. (Ed). “Vibration Effects on the Hand and Arm in Industry”. John Wiley & Sons, New York, 13–24.
22.
ReynoldsD., AngevineE., (1977) Hand-arm vibration, Part II: Vibration transmission characteristics of the hand and arm. J Sound Vib, 51, 255–265.
23.
SakakibaraH., KondoT., MiyaoM., YamadaS., NakagawaT., KobayashiF., OnoY., (1986) Transmission of hand-arm vibration to the head Scand J Work Environ Health. 12, 359–361.
24.
SerridgeM., (1990) The laser velocity transducer. Its principles and applications. Bruel & Kjaer, Application Note, BO 0268–11.
25.
SvenssonL.B.M., WosH., (1987) A methodological study of holographic measurements of vibration applied to the back of the human body. San Diego. USA.
26.
TaylorB., (1989) Bad vibrations. New Scientist, 14, 41–47.
27.
TaylorW., BrammerA., (1982) Vibration effects on the hand and arm in industry: An introduction and review. In: BrammerA., TaylorW. (Ed). “Vibration effects on the hand and arm in industry”. John Wiley & Sons, New York. 1–12.
