Citation

Jones MLH, Ebert SM, Reed MP, Klinich KD. Comput. Methods Biomech. Biomed. Eng. 2018; 21(15): 784-794.

Affiliation

a Biosciences Group , University of Michigan Transportation Research Institute , Ann Arbor , Michigan , USA.

Copyright

(Copyright © 2018, Informa - Taylor and Francis Group)

DOI

10.1080/10255842.2018.1521960

PMID

30777460

Abstract

The design of child restraints is guided in part by anthropometric data describing the distributions of body dimensions of children. However, three-dimensional body shape data have not been available for children younger than three years of age. This study presents body shape models for children weighing 9-23 kg in a seated posture relevant to child restraint design. A laboratory study collected surface geometry data of 67 children, ages 12-58 months. Novel template fitting methods were employed to obtain homologous meshes and to standardize the posture. Principal component analysis and regression were used to develop a statistical body shape model (SBSM). The SBSM was exercised to create 18 manikins representing children aged 1-3 years, with varying size and shape. These manikins will be useful for assessing child accommodation in restraints. The SBSM can also provide guidance for the development of anthropomorphic test devices and computational models of child occupants.

Language: en

Keywords

ATD; Child anthropometry; child restraint system; parametric modelling; seated body shape; statistical body shape model