Biomechanical study of static pressure on facial bone fractures. Part I. Strain distribution under static loads.:Part I Strain Distribution under static Loads

Yuetsu Onoe, N. Maeda, T. Ishikawa, Kousuke Honda, W. Yoshioka, S. Tsutsumi
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Abstract

To achieve a complete under-standing of the biomechanical aspects involved when maxillofacial bones are stricken by external forces, it is necessary to study them as one body. Experiments carried out following this concept are reported here. Different weights were applied to the mandible at the center of the mental region and the distribution of principal strains of bone were analyzed.It was found that force is transmitted through the mandibular bone along the bone radial structure. On the maxillofacial bone, the zygomatic arch received most of the stresses and suffered frequent damage.
面骨骨折静压的生物力学研究。第一部分:静载荷下的应变分布。:第一部分静载荷下的应变分布
为了全面了解颌面骨受外力冲击时所涉及的生物力学方面,有必要将颌面骨作为一个整体来研究。这里报告了根据这一概念进行的实验。对颏区中心的下颌骨施加不同的权重,分析骨主应变的分布。我们发现力是沿着骨径向结构通过下颌骨传递的。在颌面骨上,颧弓承受的应力最大,损伤频繁。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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