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Abstract

Workstation design can have a profound effect on an individual's health. Most product designs are based on a 5^th percentile “reach” and a 95^th percentile “clearance”. These designs quite often fail to match a person's body measurements since the dimensions of each body link are not exactly the same x^th percentile. Even with an adjustable workstation, the user has a dilemma as to what adjustment to make for each adjustable parameter as each adjustment depends on the previous adjustment and the potential number of adjustments is somewhat infinite. This paper focuses on a methodology to achieve a postural fit for a given workstation with an adjustable table, chair, and footrest. The least stressful and somewhat comfortable postures were first determined from the literature. Thereafter, a Linear Programming model was developed to capture these mappings as mathematical constraints and solved. The model was validated with an adjustable workstation and a few participants.

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References

ANSI/HFS 100-1988, American National Standard for Human Factors Engineering of Visual Display Terminal Workstations. The Human Factors and Ergonomics Society, Santa Monica, California.

Chaffin

D. B.

Andersson

G. B. J.

Martin

B. J.

(1999), Occupational Biomechanics. New York: Wiley.

Cornell

Kokot

(1988), Adjustable VDT stand usage in an order industry. In: Proceedings of the Human Factors Association of Canada 21st Annual Conference, Edmonton, Alberta, 169–172.

Eastman Kodak Company (1986), Ergonomic design for people at work. New York: Van Nostrand Reinhold.

Fergusson

R. G.

(1993), The design of superior new computer workstation for tertiary educational use. Ergonomics Today, Proceedings of the 5th Conference of the New Zealand Ergonomics Society, Auckland, New Zealand Ergonomics Society, Palmerston North, New Zealand, 49–52.

Gedliczka

(1989), Design of a Computer Workstation Based on a Model Study of Operational Efficiency, Ergonomia, 12(2), 255–262.

Grandjean

(1987), Design of VDT Workstations, Handbook of Human Factors, Salvendy

(Ed.). John Wiley & Sons, New York, 1359–1397.

Green

R. A.

Briggs

C. A.

(1989), Effect of Overuse Injury and the Importance of Training on the Use of Adjustable Workstations by Keyboard Operators, Journal of Occupational Medicine, 31(6), 557–561.

Kroemer

K. H. E.

(1997), Design of the Computer Workstation, Handbook of Human-Computer Interaction, Helander

M. H.

(Ed.) 1395–1414.

10.

Laubli

(1987), Preferred Settings in VDT Work: The Zurich Experience, Work with Display Units 86, Knave

Wideback

P. G.

(Eds.). North-Holland, Amsterdam, 249–262.

11.

Nerhood

H. L.

Thompson

S. W.

(1994), Adjustable Sit-Stand Workstations in the Office. Proceedings of the Human Factors and Ergonomics Society 38th Annual Meeting, Nashville, Tennessee. The Human Factors and Ergonomics Society, Santa Monica, California, 1, 668–672.

12.

Pustinger

Dainoff

M. J.

Smith

(1985), VDT Workstation Adjustability: Effects on Worker Posture, Productivity, and Health Complaints, Trends in Ergonomics/Human Factors II, Eberts

R. E.

Eberts

C. G.

(Eds.). North-Holland, Amsterdam, 445–451.

13.

Sahl

Whiting

Wilson

, (1985) Outcomes of a Survey of Keyboard Operators. Ergonomics in the Tourist, Agricultural and Mining Industries, Proceedings of the 22nd Annual Conference of the Ergonomics Society of Australia and New Zealand, Toowoomba, Queensland, ESANZ, Carlton South, Victoria, Australia, 259-264.

14.

Schulze

L. J. H.

Sweat

(2001), Adjustable Workstation Preferences of University of Houston Students, Advances in Occupational Ergonomics and Safety, Bittner

A. C.

Champney

P. C.

Morrissey

S. J.

(Eds.). IOS Press, Amsterdam, 469–474.

15.

Tornberg

(1993), Effects of Adjustable Work Stations in Maintenance Task Simulation of Valve Repair Work, The Ergonomics of Manual Work, Marras

W. S.

Karwowski

Smith

J. L.

Pacholski

(Eds.). Taylor & Francis, London, 627–630.

A Linear Programming Model for Workstation Adequacy

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