女人不是小男人:英国新的、全面的三军人体测量调查。

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2024-07-31 DOI:10.1080/00140139.2024.2378365
Laird Evans, Robert Pringle, Eluned Lewis
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引用次数: 0

摘要

人因工程师需要准确的人体测量数据,以设计出安全、舒适并能在极端作战条件和最恶劣环境下发挥性能的军事装备。国防部(MOD)承认,其现有的人体测量数据集越来越不能代表当今的武装部队人员,尤其是女性和少数民族。为解决这一问题,国防部启动了一项新的、全面的人体测量调查。虽然这项调查可能有利于所有新军事装备和服装的设计,但这项研究的主要驱动力是为英国武装部队人员开发新的防弹衣。本文介绍了这项调查的基本要求,重点是人体装甲;计划的解决方案;以及测试测量技术和程序的稳健性、可靠性和准确性的试点研究结果。本文报告的工作由英国国防部国防创新部门资助:英国国防部已经启动了一项新的、全面的人体测量调查,承认其现有的人体测量数据集越来越不能代表当今的武装部队人员。本文介绍了调查的基本要求、计划解决方案以及试点研究的结果。
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Women are not small men: the UK's new, comprehensive Tri-Service Anthropometry survey.

Human Factors Engineers need accurate anthropometric data to design military equipment that is safe, comfortable and enables performance under extreme operational conditions and in the most severe environments. The Ministry of Defence (MOD) acknowledges that its current anthropometry dataset is becoming increasingly unrepresentative of today's Armed Forces personnel, particularly women and minority ethnic groups. To address this issue, MOD has launched a new, comprehensive anthropometry survey. Whilst this survey has the potential to benefit the design of all new military equipment and clothing, the principal driver for the study is the development of new body armour for the UK's Armed Forces personnel. This paper describes the requirements underpinning this survey, with a focus on body armour; the planned solution; and the results of Pilot Studies that have tested the robustness, reliability and accuracy of the measurement technologies and procedures. The work reported in this paper has been funded by the MOD's Defence Innovation Unit.Practitioner statement: The UK Ministry of Defence has launched a new, comprehensive anthropometry survey, in acknowledgement of the fact that its current anthropometry dataset is becoming increasingly unrepresentative of today's Armed Forces personnel. This paper describes the requirements underpinning the survey, the planned solution and the result of Pilot Studies.

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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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