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 2

A method for analyzing vibration power absorption density in human fingertip.

Authors

Wu-JZ; Dong-RG; Welcome-DE; Xu-XS

Source

J Sound Vib 2010 Dec; 329(26):5600-5614

 3

Vibration transmitted from an impact wrench to the human wrist and elbow.

Authors

Xu-XS; Welcome-DE; McDowell-TW; Warren-C; Dong-RG

Source

Proceedings of the Second American Conference on Human Vibration, June 4-6, 2008, Chicago, Illinois. Amirouche F, Mayton AG, eds., Pittsburgh, PA: National Institute for Occupational Safety and Health, 2009 Jun; :70-71

 4

A discussion on comparing alternative vibration measures with frequency-weighted accelerations defined in ISO standards.

Authors

Dong-RG; Wu-JZ; Welcome-DE; McDowell-TW

Source

J Sound Vib 2008 Nov; 317(3-5):1042-1050

 5

Vibration transmitted from an impact wrench to the human wrist and elbow.

Authors

Xu-XS; Welcome-DE; McDowell-TW; Warren-C; Dong-RG

Source

Proceedings of the Second American Conference on Human Vibration, June 3-6, 2008, Chicago, Illinois. Chicago, IL: University of Illinois at Chicago, 2008 Jun; :1-2

 6

A method for analyzing absorbed power distribution in the hand and arm substructures when operating vibrating tools.

Authors

Dong-JH; Dong-RG; Rakheja-S; Welcome-DE; McDowell-TW; Wu-JZ

Source

J Sound Vib 2008 Apr; 311(3-5):1286-1304

 7

A method to quantify hand-transmitted vibration exposure based on the biodynamic stress concept.

Authors

Dong-RG; Welcome-DE; Wu-JZ

Source

Proc Inst Mech Eng, H J Eng Med 2007 Nov; 221(8):847-861

 8

Frequency weighting derived from power absorption of fingers-hand-arm system under z(h)-axis vibration.

Authors

Dong-RG; Welcome-DE; McDowell-TW; Wu-JZ; Schopper-AW

Source

J Biomech 2006 Oct; 39(12):2311-2324