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Appendix 4 – References
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Conclusions
Our analysis based on static anthropometry measurements. It focuses solely on the adequacy of these transfer surface dimensions for a static seating surface....
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References:
IDeA Center at the University of Buffalo, New York: The Wheeled Mobility Anthropometry Project, Final Report, pages 89-92. D’Souza, et al....
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Appendix Three: Bibliography
Measurement consistency and three-dimensional electromechanical anthropometry....
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Introduction
QA96001001, an annotated bibliography concerned with the anthropometry of people with disabilities, and its applications to the design of facilities, workspaces, and equipment, was completed...
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Section 1.0 Background
Since the 1970’s, research on the anthropometry of WhMD users has been conducted in Australia, the United Kingdom (U.K.) and Canada....
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Section 5 References
v IDeA Center at the University of Buffalo, New York: The Wheeled Mobility Anthropometry Project, Final Report, pages 89-92. vi D’Souza, et al....
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Conclusion
Preamble, page 18. 2 IDeA Center Study at the University of Buffalo, New York: The Wheeled Mobility Anthropometry Project, Final Report, page 49, Figure 3-5, reference to “All Device...
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Appendix One: List of References
Measurement consistency and three-dimensional electromechanical anthropometry....
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Clear Floor Space: Minimum Clear Floor Space Required - Manual, Power & Scooter
Dimensions are based on length and width measurements obtained from occupied wheeled mobility devices as part of the Anthropometry of Wheeled Mobility Study....
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M307 Operable Parts
The Wheeled Mobility Anthropometry Project recommended that “operable parts that require fine grips preferably should not require exertion of lateral pinch grip forces in excess of 2 pounds...
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5.1.2 Transfer Surface High Height Recommendations for M301 and M302
Rationale for final recommendation The anthropometric data referenced above in the Wheeled Mobility Anthropometry Project shows seat heights for people who use mobility devices are above...
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Summary
The data are based on findings from the Anthropometry of Wheeled Mobility (AWM) Project, and comprises of detailed static measurements collected from 500 users of manual wheelchairs, power...
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Accessible Pathway & Corridor: Minimum Clear Floor Space Required for 360-degree Turn
Findings from the Anthropometry of Wheeled Mobility Study indicate that a square space of at least 160 x 160 cm (63 in.) was required for 50% of the manual wheelchair users measured in this...
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Accessible Pathway & Corridor: Minimum Clear Width Required for 90-degree Turn
Findings from the Anthropometry of Wheeled Mobility Study indicate that a width of at least 85 cm (33 in.) was required for 50% of the manual and power wheelchair users measured in this...
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Accessible Pathway & Corridor: Minimum Clear Width Required for 180-degree Turn
Findings from the Anthropometry of Wheeled Mobility Study indicate that a width of at least 130 cm (51 in.) was required for 50% of the manual wheelchair users measured in this study to...
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Accessible Pathway & Corridor: Minimum Clear Width Required for 180-degree Turn Around Barrier
Findings from the Anthropometry of Wheeled Mobility Study indicate that a uniform width of at least 89.5 cm (35 in.) was required for 50% of the manual and power wheelchair users measured...
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Introduction
Access Board staff, a brief analysis was performed based on static anthropometry measurements previously collected to evaluate the adequacy of these transfer surface dimensions....
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Wheelchair Spaces (M303.2)
The Wheeled Mobility Anthropometry Project showed that the 48 inches deep dimension for wheelchair spaces entered from the front or rear does not accommodate many people in the sample, and...
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Capabilities, Resources, and Facilities
carrying out an anthropometric survey such as the proposal suggested here should have the following capabilities: a track record for the conduct of reputable research in applied anthropometry...
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4.3.5.2 180-degree turn
Findings from the Anthropometry of Wheeled Mobility Study indicate that a width of at least 130 cm (51 in.) was required for 50% of the manual wheelchair users measured in this study to...
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4.3.5.1 90-Degree Turn
Findings from the Anthropometry of Wheeled Mobility Study indicate that a width of at least 85 cm (33 in.) was required for 50% of the manual and power wheelchair users measured in this...
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4.3.8 Operating forces
• Developing specific requirements for alternative gripping options without precluding pinch grips, e.g. flat hand, knuckle push, based on existing research on hand anthropometry (e.g...
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Components (M303.4)
The Wheeled Mobility Anthropometry Project showed that the seat heights of 96 percent of women using manual wheelchairs and 98 percent of women using power wheelchairs in the sample was...