ГОСТР ИСО 15230—2014
Библиография
[1] ISO 5349 (all parts). Mechanical vibration - Measurement and evaluation of human exposure to
hand-transmitted vibration
[2] ISO 8727, Mechanical vibration and shock - Human exposure - Biodynamic coordinate systems
[3] DIN 45679, Mechanische Schwingungen - Messung und Bewertung der Greif- und Andruckkrafte
zur Beurteilung der Schwingungsbelastung des Hand-Arm-Systems
[4] CRONJAGER, L., et al. Auswirkung der Ankopplungsintensitat zwischen Hand und Handgriff vibri-
erender Arbeitsgerate auf die Schwingungsbelastung und -beanspruchung des Hand-Arm-Systems.
Endbericht zum Forschungsvortiaben BMFT/AuT 01 HK 595 8,1990
[5] DANTIGNV, F. Caracterisation de capteurs de pression pour la mesure des forces de poussbe et
de prehension exerc6es sur une poign6e d’outil. INRS Document de Travail MAV - DT-374/FD. 1998
[6] DANTIGNY. F. Mesures des forces de pouss6e et de prehension exerc6es sur une poignee d’outil.
INRS Document de Travail MAV - DT-375/FD. 1998
[7] DONG. R.G., WELCOME. D.W., and WU, J.Z. Estimation of the biodynamic force acting at the in
terface between hand and vibrating surface. Ind. Health 43. pp. 516-526
[8] DONG, R.G., WU. J.Z., MCDOWELL, T.W.. WELCOME. D.E., SCHOPPER. A.W. Distribution of
mechanical impedance at the fingers and the palm of human hand. Journal of Biomechanics 38. (5). pp.
1165-1175.
[9] DUPUIS. H., SCHEFFER. M. Wirkung von Greif- und Andruckkraft unter Schwingungsbelastung —
Teilprojekt II. Forschungsbericht Hand-Arm-Schwingungen III. Schriftenreihe des Hauptverbandes der
gewerblichen Bemfsgenossenschaften, Sankt Augustin. 1992
[10] EDGREN, C.S., REDWIN. R.G., IRWIN. C.B. (2004). Gripping force vectors for varying handle di
ameters and hand sizes. HUM FACTORS 46 (2). pp. 244-251
[11] HARAZIN. B., SZLAPA. P. Measurement of coupling forces applied to vibration tools in industry.
Proceeding of the 34th Meeting of the UK Group of Human Response to Vibration, Dunton. Essex.
England. 1999. pp. 111-117
[12] KAULBARS. U. Measurement and evaluation of coupling forces when using hand-held power tools.
Central European Journal of Public Health. No. 1, vol. 4 (JHEMI vol. 40). 1996. pp. 57-58
[13] MARCOTTE. P.. ALDIEN, Y.. BOILEAU, Р.-Ё.. RAKHEJA. S.. BOUTIN, J. Effect of handle size
and handhandle contact force on the biodynamic response of the hand-arm system under zh-axis vi
bration. Journal ofSound and Vibration. 283 (3), 2005. pp. 1071-1092
[14] RIEDEL. S. Consideration of grip and push forces for the assessment of vibration exposure. Cen
tra/ European Journal ofPublic Health, vol. 3 (JHEMI vol. 39). 1995, pp. 139-141
[15] WASSERMAN. J., LOGSTON. D. and WASSERMAN. D. The use of a resistive pressure sensor to
assess glove effects on tool transmitted vibration. Proceeding of the 10th International Conference on
Hand-Arm Vibration. Las Vegas. USA
(16JWELCOME. D.E.. RAKHEJA. S„ DONG. R.G., WU. J.Z.. SCHOPPER. A.W. Relationship between
the grip, push and contact forces between the hand and a tool handle. International Journal of Indus trial
Ergonomics 34 (6). 2004. pp. 507-518
УДК 534.322.3.08:006.354OKC 13.160
Ключевые слова: локальная вибрация, область контакта, сила нажатия, сила охвата, сила подачи.
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ГОСТ Р ИСО 15230-
2014