基于三维人体扫描数据的部分均质有限元人体模型自动生成

Y. Kyosev, T. Kühn, Ann-Malin Schmidt
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引用次数: 0

摘要

任何功能性服装的设计都需要有弹性的人体模型。详细的有限元模型,例如用于汽车碰撞模拟的THUMS (Total Human Model for Safety)(丰田THUMS网页)是不必要的精确,计算量大,不适用于服装和其他产品开发过程。为了正确地模拟人体的力学相互作用,必须建立具有适当精度和复杂度的人体全尺寸有限元模型,但通常需要在特定的位姿下进行高效的计算。本文介绍了一种基于高速三维(4D)扫描数据的人体实体有限元网格自动生成算法的发展步骤和现状。
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Automatic generation of partially homogenized FEM human body models based on 3D body scan data
The design of any functional clothing requires elastic human body models. The detailed FEM models as for instance THUMS (Total Human Model for Safety) (Toyota THUMS Webpage) for car crash simulations are unnecessary accurate, computational intensive and not practicable for clothing and other product development processes. For correct simulation of the mechanical interaction a full-scale FEM Models of the humans with enough suitable accuracy and complexity, but at efficient computation and often in specific poses are required. This works presents the development steps and current state of an algorithm for automatic solid FEM mesh generator for human bodies, based on high speed 3D (4D) scan data.
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