动态人体测量-身体尺寸变化的研究

IF 0.7 Q3 MATERIALS SCIENCE, TEXTILES TEKSTILEC Pub Date : 2023-09-29 DOI:10.14502/tekstilec.66.2023031
Slavenka Petrak, Ivona Rastovac, Maja Mahnić Naglić
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引用次数: 0

摘要

动态人体测量学是指人体的物理特性,并考虑测量人体在动态位置的研究领域。在动态位置,特定的身体尺寸和表面尺寸与静止状态下的测量值相比发生了显着变化。在这个意义上,本文对一组男性测试对象进行了三种动态体位的尺寸变化研究,并定义了一组与直立站立体位相比的相关体位测量变化。使用Vitus智能3D人体扫描仪和Anthroscan程序,根据ISO 20685标准对受试者进行直立站立姿势和三种动态姿势的扫描和测量。根据在每个动态位置的分析所定义的测量值,扫描标记被附着在测试对象的身体上,以确保人体测量测量点的精确测定。根据所获得的测量结果,分析了直立站立时三个动态位置相对于测量值的量纲变化和相关性。分析表明,动态体位测量结果与直立体位测量结果存在显著差异,并提出了在特定体质组内运动身体的尺寸变化取决于初始身体部位尺寸的假设。根据测量结果的变化,可以确定服装舒适余量的目标值,可用于功能性服装的设计和施工过程。
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Dynamic Anthropometry – Research on Body Dimensional Changes
Dynamic anthropometry is a research field that refers to the physical characteristics and considers the measuring of a human body in dynamic positions. In dynamic positions, specific body measurements and surface dimensions change significantly compared to the measurements in a resting state. In that sense, this paper presents a research on dimensional changes conducted on a group of male test subjects in three dynamic positions with a defined set of body measurements relevant for the analysis of body measurement changes compared to the upright standing position. Using a Vitus Smart 3D body scanner and the Anthroscan program, the test subjects were scanned and measured in the upright standing position according to ISO 20685 and in three dynamic positions. Depending on the defined measurements for the analysis in each dynamic position, scanning markers were attached to test subjects’ bodies to ensure the precise determination of anthropometric measuring points. Based on the obtained measurement results, dimensional changes and correlations of the three dynamic positions relative to the measurements in the upright standing position were analysed. The analysis showed significant differences in dynamic positions measurements compared to the upright standing position and indicated the assumption that the dimensional changes of body in motion within a specific body constitution group depend on the initial body part dimensions. The determined results can be used in the design and construction process of functional clothing, since the target values of the garment ease allowances can be determined based on the measurement changes.
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来源期刊
TEKSTILEC
TEKSTILEC MATERIALS SCIENCE, TEXTILES-
CiteScore
1.30
自引率
14.30%
发文量
22
审稿时长
12 weeks
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