Abstract
What is the best tool for a lifting task when all environmental and physical factors are considered?
| Balich P. M. (2001). Keynote address: Occupational issues in the telecommunications industry. International Telecommunications Safety Conference, September 11-13, Providence, RI Google Scholar | |
| Chang C. C., Robertson M. M., McGorry R. W. (2003). Investigating the effect of tool design in a utility cover removal operation International Journal of Industrial Ergonomics (in press) Google Scholar | |
| ChaffinD. B.AnderssonG. B. J.(1991).Occupational biomechanics.New YorkWiley Google Scholar | |
| Cohen H. H., Cohen D. M. (1994). Perceptions of walking surface slipperiness under realistic conditions: Utilizing a slipperiness rating scale Journal of Safety Research 25 (1), 27–31 Google Scholar | |
| Dempsey P. G., Hashemi L. (1999). Analysis of worker's compensation claims associated with manual materials handling Ergonomics, 42, 183–195 Google Scholar Medline | |
| Grönqvist R. (1999). Slips and falls In Kumar S. (Ed.), Biomechanics in ergonomics (pp. 351–375) London: Taylor & Francis Google Scholar | |
| Grönqvist R., Hirvonen M. (1995). Slipperiness of footwear and mechanisms of walking friction on icy surfaces International Journal of Industrial Ergonomics, 16, 191–200 Google Scholar | |
| Lin L. J., Chiou F. T., Cohen H. H. (1995). Slip and fall accident prevention: A review of research, practice, and regulations Journal of Safety Research 26, 203–232 Google Scholar | |
| Mital A., Motorwala A. (1995). An ergonomic evaluation of steel and composite access covers International Journal of Industrial Ergonomics, 14, 285–296 Google Scholar |

