碰撞骨组织可用至少三相纤维加强复合材料治疗。骨形成纤维成份并且被胶合线状材料以同轴圆筒排列,成层包围,这类结构被认为是以紧密堆六角凌柱排列,镶嵌间板骨的基质之中。用典型的体积材料元的有限元模型。对此结构进行系统的微观力学分析。最初,只考虑具有线弹性构成材料组成的二维网孔模型。此微观力学可研究构成元特性和整个宏观材料响应之间的关系。另外,考查微观水平应力分布。在给定的宏观或平均应力和应变水 Collision bone tissue can be treated with at least three-phase fiber reinforced composite material. The bones form the fibrous components and are arranged in a coaxial cylinder by a glued linear material, surrounded by layers. Such structures are believed to be arranged in a matrix of closely packed hexagons, embedded in the matrix of the interplate bone. A finite element model of a typical volume material element. The structure of the microscopic mechanical analysis of the system. Initially, only a two-dimensional mesh model with a linear elastic composition was considered. This micromechanics can study the relationship between the constituent elemental properties and the overall macroscopic material response. In addition, examine the microscopic horizontal stress distribution. The given macroscopic or average stress and strain water